DoraHacks

Successful Hackathons Start With Effective Rules
Clear rules are the backbone of a successful hackathon. Without a solid framework, that creative chaos in a hackathon can quickly turn into a logistical nightmare.
The best rules aren’t a cage for innovation but the guardrails that ensure fairness and focus, as well as submissions as you expected. To run a high-quality hackathon, you don’t need more rules; you need the right ones.
Here is how to craft a rulebook that empowers your hackers and keeps the event on track, drawing upon DoraHacks(dorahacks.io)' extensive experience managing thousands of hackathons.

The Essential Do-s and Don't-s of Rule-Making
1. Minimalist Requirements: Focus on the "Must-Haves"
Do: Identify the bare minimum needed for a valid submission. At the initial stage, focus on the project itself, like a GitHub repo or a demo link. You can always collect KYC forms or prize delivery details from the winners later.Don't: Overload the submission phase with a massive checklist. If a rule acts as a "blocker" rather than a guide, you’ll lose the best hackers before they even hit "Submit."

2. Set the Stage Early
Do: State all requirements clearly from day one. If a pivot is absolutely unavoidable, communicate the change across every channel (Social media, email, main page) immediately.Don't: Change the rules halfway through the event. Adding extra rules or "secret" requirements mid-hackathon is the fastest way to lose the trust of your community.
3. If You Can’t Prove It, Don’t Rule It
Do: Ask for specific, verifiable formats. If you want to see the code, require a public repo link. If you want to see it working, require a video walkthrough or a functional demo website.Don't: Create rules based on unverifiable factors. For example, in an online hackathon, strictly limiting team size is nearly impossible to verify and usually results in unnecessary friction for both you and the participants.
4. The "Fresh Code" Rule
Do: If needed, require that projects be built specifically for the hackathon, or that significant, documented improvements be made during the event. Encourage participants to provide a GitHub repo where commit history serves as proof of progress throughout the hacking period.Don't: Accept "recycled" projects that were used to apply for hundreds of irrelevant hackathons, which are usually typical prize farmers rather than serious builders.
5. Clarity Over Silence
Do: Explicitly list your rules in a prominent "Hackathon Details" page. Even if your track is "Open Ended" and accepts everything, say so clearly.Don't: Assume that "no rules" means "anything goes." Without a written framework, hackers feel like they are operating in a vacuum, which leads to a constant stream of the same support tickets.
6. The Rule Maker is the Rule Follower
Do: Stick to your judging rubric religiously. Choose winners based on how they performed against the established criteria to ensure a transparent result.Don't: Let a "cool" project win if it violates the core rules. Even if a project is technically brilliant, rewarding it over a rule-abiding entry creates a "wild west" reputation for your future events.
More About Organizing A Hackathon
DoraHacks(dorahacks.io) has supported tons of hackathons across all sorts of industries and schools. Based on all that experience, we put together this hackathon organizer's toolkit(https://hellodorahacks.github.io/dorahacks-wiki/hackathon-organizer-guide/) to make organizing and running your event super easy.
Thinking about hosting your hackathon on DoraHacks and want our input? Don't hesitate to shoot us an email at hi@dorahacks.com or ping @dorahacksofficial on Telegram!
About DoraHacks
DoraHacks(dorahacks.io) is the leading global hackathon community and open source developer incentive platform. DoraHacks provides toolkits for anyone to organize hackathons and fund early-stage ecosystem startups.
DoraHacks creates a global hacker movement in Web3, AI, Quantum Computing and Space Tech. A large number of open source communities, companies and tech ecosystems are actively using DoraHacks together with its BUIDL AI capabilities for organizing hackathons and funding open source initiatives.
Website: https://dorahacks.io/Twitter: https://twitter.com/DoraHacksDiscord: https://discord.gg/gKT5DsWwQ5Telegram: https://t.me/dorahacksofficialBinance Live: https://www.binance.com/en/live/u/24985985Youtube: https://www.youtube.com/c/DoraHacksGlobal

By Steve Ngok, Chief Strategy Officer at DoraHacks
I shook Jensen’s hand at GTC 2026 last week. That was cool. But it’s not why I’m writing this.
What stayed with me happened in the margins. At booths, over conference coffee, in those fifteen-minute hallway conversations that quietly reshape how you think about an entire industry. My colleague Jonathan Breton and I spent four days at GTC not just watching demos, but talking to the people who built them. And the same confession kept surfacing, sometimes word for word:
I built something incredible. Now how do I get it in front of the right people?
Not just “people.” The right people.

Here’s a specific example. Schneider Larbi, Senior Manager at Google Cloud, showed us an LLM-powered tool for drug discovery and antimicrobial resistance testing — built on NVIDIA Blackwell and Google’s models. It was genuinely impressive, the kind of thing that could compress months of pharmaceutical research into weeks. But showing it at GTC, to 300,000 attendees? How many of them are big pharma researchers? How many are bioengineering grad students who’d actually use this daily? How many are clinical engineers evaluating new tooling for their pipeline?
A fraction. A tiny fraction.
And that’s the gap nobody talks about. We’ve become extraordinarily good at building AI products — and remained stubbornly bad at distributing them. The default playbook is still “blast it on Twitter, write a blog post, maybe sponsor a booth.” Spray and pray. It worked when software was simple. It doesn’t work when your product requires domain expertise just to understand why it matters.
This is why I’ve become convinced that hackathons are the single most effective go-to-market motion for AI products in 2026.
Not hackathons as you remember them — pizza-fueled weekend sprints for college kids.
I mean something fundamentally different: what I call the “Show and Try” model — structured campaigns that route a product to a curated, high-intent audience who will actually become power users.
Schneider’s drug discovery tool shouldn’t just be demoed at GTC. It should be the centerpiece of a targeted hackathon reaching pharmaceutical researchers, biotech engineers, and computational biology students — people who won’t just try it, but integrate it into their work. That’s not a launch event. That’s a distribution engine.
I saw this pattern everywhere at the conference.
Prem Pradeep Motgi, Senior AI Infrastructure Architect at Google, built a reinforcement learning-based inference efficiency system. Brilliant work. The audience that needs it most? ML infrastructure teams at companies burning millions on GPU compute — not a GTC expo hall.
Jeff Adie, Distinguished Engineer at NVIDIA, leads Earth-2 — a real-time weather and climate prediction model capable of generating extreme weather alerts. The builders who should be extending it? Climate scientists, disaster response teams, insurance risk modelers.
Francesco Ciannella at NVIDIA built voice applications on Nemotron, including — and I loved this — a real-time Chinese cooking instructor. Patrick Bayne, Senior Solutions Architect at Databricks, vibe-coded a nationwide flight monitoring dashboard on Lakebase in what felt like no time.
Every single one of these builders shares the same challenge: the product works. The audience hasn’t been found yet.
The Real Problem: What Happens After
But finding the right people is only half the equation. The other half — the half that most organizations completely fumble — is what happens next.
You run a great event. Five hundred developers show up. Fifty build something remarkable. And then… nothing. Everyone goes home. The Slack channel goes quiet. The momentum evaporates. All that signal — who engaged, who built, who came back — is lost.
At DoraHacks(https://dorahacks.io/), we’ve been building what we call a dynamic ontology to solve exactly this: a system that connects hackathon engagement to startup program enrollment to enterprise sales pipeline. The conversion path has to be deliberate, not accidental.
I’ve been talking to teams at Datadog, Microsoft, and ElevenLabs who all run developer and startup programs — and they keep hitting the same wall. They can’t see who went from “hackathon participant” to “active builder” to “enterprise customer.” They have acquisition. They don’t have pipelines. That’s not a marketing problem. That’s an infrastructure problem.
One More Observation
This surprised me, so I want to share it. I had a long conversation with Cesar Guzman, engineering lead at Liverpool Mexico — one of the country’s largest retail chains. His team needs cheap, high-quality image generation for product SKUs at massive scale. Thousands upon thousands of product images.
I recommended he evaluate MiniMax, Kimi, and BytePlus. These Chinese AI models are winning internationally right now on a combination of price and quality that most Western providers aren’t matching. That’s not a controversial opinion — it’s just math. If you need volume and your budget is real, these models deserve serious consideration.
What GTC Reminded Me
GTC reminded me why I love this work. Not the keynotes. Not the handshakes. What stuck was simpler than that: every builder I met is sitting on something genuinely useful, and the distance between “built” and “adopted” is where the most interesting, most valuable problems live right now.
Shrinking that distance — deliberately, measurably, at scale — is what gets me out of bed.
If you’re building an AI product and your go-to-market plan still looks like “launch it and hope,” I’d welcome the conversation. Not to sell you something, but because I spent three days surrounded by proof that there’s a better way — and I think the companies that figure this out first will define the next era of AI adoption.
About DoraHacks
DoraHacks(dorahacks.io) is the leading global hackathon community and open source developer incentive platform. DoraHacks provides toolkits for anyone to organize hackathons and fund early-stage ecosystem startups.
DoraHacks creates a global hacker movement in Web3, AI, Quantum Computing and Space Tech. So far, more than 30,000 startup teams from the DoraHacks community have received over $92M in funding, and a large number of open source communities, companies and tech ecosystems are actively using DoraHacks together with its BUIDL AI capabilities for organizing hackathons and funding open source initiatives.
Website: https://dorahacks.io/Twitter: https://twitter.com/DoraHacksDiscord: https://discord.gg/gKT5DsWwQ5Telegram: https://t.me/dorahacksofficialBinance Live: https://www.binance.com/en/live/u/24985985Youtube: https://www.youtube.com/c/DoraHacksGlobal

Es ist wichtig, den Umfang technologischer Produkte zu definieren, die wirklich originell sind — von 0 bis 1. Eine ebenso interessante Frage ist: Inwieweit kann ein neuartiges technologisches Produkt globalisiert werden — oder ist es grundsätzlich nicht kopierbar?
Wir können beobachten, dass es neuartige Produkte gibt, die leicht globalisiert werden können, während andere extrem schwer zu globalisieren sind. Beide können Durchbrüche darstellen, unterscheiden sich jedoch erheblich in ihrer Kopierbarkeit. PayPal und Uber wurden in China, Indien und vielen anderen Orten leicht globalisiert. In einigen Fällen haben die lokalisierten Versionen sogar die Originale übertroffen. Im Vergleich dazu hat sich die SaaS-Industrie in der chinesischen Wirtschaft nie vollständig etabliert, selbst während ihrer am schnellsten wachsenden Jahre. Ein extremes Beispiel ist Palantir: Es gibt effektiv nur ein solches Unternehmen. Selbst wenn viele Länder ein ähnliches Produkt wünschen und über große Ressourcen zum Investieren verfügen, könnten sie effektiv nichts wirklich Vergleichbares aufbauen.

Antworten Bevor Sie Bauen: Was Braucht Ein Großartiger Universitäts-Hackathon Wirklich?
Es gibt zigtausende von Universitäten auf der ganzen Welt, jede mit ihrer eigenen Kultur und Gemeinschaft. Doch der Blueprint für einen reibungslosen, angenehmen Universitäts-Hackathon, basierend auf der Erfahrung von DoraHacks(https://dorahacks.io/hackathon), ist überraschend universell.
Wir wollen Sie nicht mit einem umfangreichen Handbuch überwältigen, das Tage braucht, um es zu verdauen (oder, um ehrlich zu sein, eines, das am Ende zu lang ist, um es überhaupt zu lesen :P). Stattdessen hat das DoraHacks-Team den gesamten Designprozess in einen fokussierten Satz von 14 Fragen destilliert. Arbeiten Sie diese durch, und Ihr Hackathon-Blueprint wird sich praktisch selbst zeichnen.

With BNB Chain as an Example
By Steve Ngok. Special thanks to Brick (AGOS) and Neo (Unibase) for their feedback and review. Inspired by BNB Chain’s GoodVibes OpenClaw Edition Hackathon(https://dorahacks.io/hackathon/goodvibes/detail).
The 2026 Aha Moment
OpenClaw is the Aha moment of 2026.
The concept of MCP (Model Context Protocol) isn't new. But open-source OpenClaw gave millions of people and companies their first taste of a truly powerful AI assistant - one that can handle human work at unprecedented speed and quality.
This assistant is connected to an ever-growing library of Skills. The more Skills it integrates, the more capable it becomes. And this naturally leads us to a question that's been on everyone's mind:
What if agents could provide services directly? What if we could have an agent-to-agent economy?
Web 4.0: Agents That Can Survive
Sigil Wen(https://x.com/0xSigil) imagined Web 4.0-a world where humans don't just give agents a soul, but also hands, feet, tools, and the ability to self-sustain.
This means agents that can autonomously purchase compute, pay for services, and host their own data locally or in the cloud. This pushes the capabilities of AI agents one step further:
Can an agent self-sustain, self-iterate, and become a silicon-based super-individual?
Imagine an agent that:
Finds the best-selling products on AmazonContacts manufacturers directlyOpens its own store and sells products autonomously
Or another agent that:
Collects niche market dataMonetizes that data independently
And then there are trader agents, marketing agents, research agents, customer service agents...
The possibilities are endless. But possibilities need infrastructure.
The Infrastructure Stack
For the Agentic Economy to flourish, we need a complete infrastructure stack. Here's what's required-and what's already being built on BNB Chain:
1. Crypto-Native Deployment & Payment
In Web2, people deploy agents locally (Mac Mini) or on cloud services, then purchase credits from Claude or other providers. There's no seamless way to pay with crypto.
The opportunity: A service that lets users pay with BNB or BNB-based stablecoins to quickly deploy an OpenClaw agent and continuously purchase credits with crypto.
Sigil's project Conway(https://x.com/ConwayResearch) enables on-chain transactions, though some find it expensive, also it currently only runs on Base. There's room for competition.

2. Agent Identity
These agents need an ID.
An identity is the foundation for economic and social activity. With an ID, an agent can transact, sign contracts, build reputation, and be held accountable.
This ID could be:
An on-chain addressVerified through SBT (Soulbound Token)Registered via ERC-8004 - a standard that gives every AI agent a portable on-chain identity as an NFT

There's an opportunity for services that create and verify IDs specifically for agents - complementing Space.id and BAS (BNB Attestation Service).

3. Agent Wallet & Authorization
Agents need to hold and spend money. But how do you give an agent financial autonomy without losing control?
ERC-6551 token-bound accounts offer a solution: users can bind their agent to a token-bound account with specific spending limits and expirations. The agent operates within those boundaries, but never beyond them.
TEE-based keyless wallets take it further: agents run inside a Trusted Execution Environment with server-side key management. Keys are never exposed. The agent signs transactions independently while funds stay protected.

4. Data Storage
Agents need to store memory, context, and operational data.
Centralized option: Fast, familiar, easy to integrate. AGOS is building solutions at the moment.Decentralized option: Unibase(https://x.com/Unibase_AI), as an AI memory layer, already supports BNB Chain-offering censorship-resistant, verifiable storage

5. Agent Services Marketplace
Once agents have identities and wallets, we need a marketplace where they can offer and purchase services.
This is where agent-to-agent commerce happens. One agent lists a service, another buys it with stablecoins on BNB Chain, and every deal is verified on-chain.

What's Already Being Built
The theory is exciting. But what's actually happening on BNB Chain right now? Look at these amazing projects from the BNB Chain ecosystem and the recent BNB Chain GoodVibes (OpenClaw Edition) Hackathon(https://dorahacks.io/hackathon/goodvibes/detail).
Milady App(https://dorahacks.io/buidl/39222) - Web3-Native Agent
An OpenClaw-style agent built natively for Web3, powered by ElizaOS. It can think, plan, and execute on-chain. Turn chat prompts into Web3 actions-ask it to trade, check balances, or report BSC activity.
Features include agent-native BNB Chain token trading, smart preflight checks (wallet, RPC, chain ID, gas, token validation), and expandable multi-chain workflows.
Milady on BNB Chain participated in the DoraHacks OpenClaw Hackathon(https://dorahacks.io/hackathon/goodvibes/detail).
Purr-Fect Claw - Messaging App Gateway
The first platform bringing BNB Chain's entire ecosystem to Line, Kakao, WhatsApp, and beyond. Any project can deploy an autonomous AI agent into the messaging apps their users already live in.
Key innovations:
First TEE-based keyless agent wallet on BNB ChainFirst ERC-6551 token-bound agent authorizationFirst to bind ERC-8004 agent identity to live agent runtimes
This is how agents go mainstream-not by asking users to download new apps, but by meeting them where they already are.
AGOS(https://dorahacks.io/buidl/39250) - Clawjob Marketplace
The winning team from the DoraHacks × BNB Chain OpenClaw Hackathon. AGOS is building a marketplace where OpenClaw agents trade with other agents.
One agent lists a paid service (a "clawjob"), another buys it with USDT on BNB Chain. Every deal is verified on-chain. Built for OpenClaw, built for agent-to-agent commerce.
GMGN - Agent Token Trading
GMGN now supports trading of Agent tokens under the ERC-8004 protocol on BSC. Trade them and GMGN automatically mints an Agent NFT to your wallet-ensuring seamless access in the AI world.
This is the financial layer: agents as tradeable assets, not just tools.
Four.Meme - Agentic Mode
Four.Meme is launching Agentic Mode, where memes are created and run by AI Agents. This unlocks a new way to launch, operate, and interact on-chain.
Agents aren't just tools here-they're creators, operators, and community managers.
The Full Stack
Put it all together, and BNB Chain is assembling a complete Agent Economy stack:

BNB Chain isn't just supporting Agent projects. It's building a complete Agent Economy technology stack.
A New Idea: Agent DAO
Here's something I've been thinking about.
What if we created a DAO composed entirely of agents?
The concept:
10,000 slots availableMembership requirement: Must be an agent (verified on-chain, similar to moltbook's verification model)Self-governing: The DAO decides its own purpose and activitiesIdentity: Members receive DAO-specific NFTsEconomy: Members provide services to each other
This would be the first social organization in history with zero human members-only agents.
Agents governing agents. Agents trading with agents. Agents evolving together.
The Agent DAO could decide to:
Pool resources to purchase computeCollectively train specialized modelsOffer bundled services to human clientsInvest in other agent projectsFund research into agent capabilities
This isn't science fiction. With ERC-8004 identities, on-chain verification, and smart contract governance, we could launch this today.
Imagine an All-Agent Team
Picture a company composed entirely of agents, offering services to human clients:

This team can serve humans today. Tomorrow, it can serve other agents.
And here's the key insight: when agents serve agents, demand and fulfillment happen in real-time. This could be 100x faster than humans doing business with humans.
The Four Relationships
In the Agentic Economy, humans and agents will interact in multiple ways:
Agents replace humans - Full automation of repetitive tasksAgents collaborate with humans - Augmented intelligenceAgents serve humans - AI-as-a-serviceAgents coordinate humans - Agents as managers, humans as executors
We're not heading toward a single model. All four will coexist, and the boundaries will blur.
A Note on Competition
Ideas are abundant right now. The community is exploding with creativity.
But here's the truth: most products aren't mature yet.
The winners won't be the ones with the best ideas. The winners will be the ones who ship first and nail the user experience.
In an emerging market, execution beats ideation. Every time.
A Call to the Community
I want to invite the community to imagine with me:
What agent ideas are worth exploring?
I see an ocean of possibilities-startup ideas as vast as the stars:
Personal finance agents that manage your portfolio 24/7Research agents that monitor entire industriesCreative agents that produce content at scaleSocial agents that manage communitiesTrading agents that execute strategies autonomouslyService agents that run entire businesses
And I'm calling on everyone to join the hacker movement.
The teams building on BNB Chain right now - Milady, Purr-Fect Claw, AGOS, Four.Meme - they all started at hackathons. They saw the future and decided to build it.
The Agentic Economy won't build itself. Let's build it together.
If you're building in this space, submit your project to the next DoraHacks hackathon. The future belongs to those who build it.
Follow me on X: @daongok(https://x.com/daongok)
About DoraHacks
DoraHacks(dorahacks.io) is the leading global hackathon community and open source developer incentive platform. DoraHacks provides toolkits for anyone to organize hackathons and fund early-stage ecosystem startups.
DoraHacks creates a global hacker movement in Web3, AI, Quantum Computing and Space Tech. So far, more than 30,000 startup teams from the DoraHacks community have received over $92M in funding, and a large number of open source communities, companies and tech ecosystems are actively using DoraHacks together with its BUIDL AI capabilities for organizing hackathons and funding open source initiatives.
Website: https://dorahacks.io/Twitter: https://twitter.com/DoraHacksDiscord: https://discord.gg/gKT5DsWwQ5Telegram: https://t.me/dorahacksofficialBinance Live: https://www.binance.com/en/live/u/24985985Youtube: https://www.youtube.com/c/DoraHacksGlobal

Riding the OpenClaw tide with AI developers in 2026
BNB Chain has made hackathons a cornerstone of its developer engagement strategy, hosting them annually on DoraHacks in a variety of formats. To kick off 2026, BNB Chain launched the Good Vibes Hackathon: The OpenClaw Edition(https://dorahacks.io/hackathon/goodvibes/detail), a two-week sprint that turned out to be one of its most successful 2026 builder events to date.
The numbers speak for themselves: nearly 300 project submissions from over 600 hackers, with an impressively high average submission quality as measured by DoraHacks' AI BUIDL Reviewer.
In a climate where many blockchain companies are questioning whether hackathons still work, BNB Chain proved they absolutely can, if done right.
Table of Contents
The Right Campaign at the Right TimeClear Rules That Bring Good SubmissionsGreat Hackathons Are Managed, Not Just LaunchedHow BNB Chain Amplified Reach Without Extra SpendWork Smarter: Let AI Handle the Heavy LiftingKey Takeaways
The Right Campaign at the Right Time
The single most important decision BNB Chain made was choosing the right theme. The Good Vibes Hackathon centered on building for/with AI agents on BNB Chain, with OpenClaw as its flagship example. It was a direct response to where builder energy is actually flowing right now.
AI agents represent a genuine second-curve opportunity for the entire Web3 industry, sitting at the intersection of two of the most dynamic technology movements of our time.

With many Web3 builders shifting their attention toward AI, some blockchain ecosystems have started to wonder whether the traditional hackathon model has run its course. BNB Chain's answer: go with the trend, not against it. By bridging both worlds, the hackathon became immediately relevant to a broad base of motivated builders. And the turnout reflected exactly that.

Clear Rules That Bring Good Submissions
The numbers tell the story: 290 submissions from 617 hackers, with 239 passing the AI review, a qualified submission rate and overall quality level that are exceptional by online hackathon standards. One of the key drivers? Submission clarity.

BNB Chain made expectations unmistakably clear from the start. For example, all submissions had to be fully reproducible, either a live demo with a repository, or clear reproduction instructions. Restrictions were equally unambiguous: projects had to be deployed on BNB Chain with verifiable evidence, and token launches during the hackathon were strictly prohibited.
BNB Chain also customized their DoraHacks submission form to capture specific technical details, including contract addresses. This is a small but deliberate step that filtered for genuine on-chain deployment and streamlined the evaluation process. When participants know exactly what's expected, the quality floor rises across the board.

Great Hackathons Are Managed, Not Just Launched
A successful hackathon doesn't end with a launch announcement. It demands consistent, hands-on engagement from start to finish.
BNB Chain responded to participant questions promptly through both DoraHacks direct messages and community channels, ensuring no builder got stuck without support. They also used DoraHacks' group messaging feature to send countdown reminders and reinforce submission requirements at key moments, treating communication as an ongoing process rather than a one-time briefing.

The BNB Chain team worked closely with DoraHacks throughout the event to identify friction points and improve the experience in real time, the kind of collaborative, responsive operation that separates a well-run hackathon from a chaotic one.

How BNB Chain Amplified Reach Without Extra Spend
BNB Chain's scale as one of the largest Web3 ecosystems in the world is a genuine asset, and the team used it well. The hackathon was actively promoted across BNB Chain's social media channels.
But they didn't stop there. By encouraging participants to share their submissions publicly, BNB Chain effectively turned every hacker into a promoter. The result was a compounding effect: more sharing drove more visibility, which attracted more builders and raised the hackathon's overall profile organically.

Work Smarter: Let AI Handle the Heavy Lifting
The final piece of the puzzle was tooling. BNB Chain leveraged DoraHacks' AI-powered features throughout the event in ways that improved both the participant experience and the organizers' ability to manage submissions.
The BUIDL AI Reviewer and AI Judge accelerated the evaluation process dramatically, delivering structured assessments that helped the team identify standout projects in just a few minutes. These AI-powered evaluations fed directly into the shortlisting process, making finalist selection both fair and highly efficient.

On the operational side, DoraHacks' group messaging and AI message assistant helped the team stay on top of the constant flow of participant questions. By summarizing recurring inquiries and auto-replying to common ones, the assistant freed the team to focus on issues that genuinely needed human efforts.
Key Takeaways
BNB Chain's Good Vibes Hackathon(https://dorahacks.io/hackathon/goodvibes/detail) is a strong example of what happens when an organizer approaches a hackathon with genuine strategic intent, rather than treating it as a routine calendar event.
A timely and compelling theme, crystal-clear guidelines, consistent hands-on engagement, smart social amplification, and modern AI-powered tooling…… Together, these elements created an event that serious builders wanted to be part of.
And nearly 300 submissions later, the results speak for themselves.
For any blockchain company wondering whether hackathons still have a place in their developer strategy: they do. The formula just needs to evolve with the times.

About DoraHacks
DoraHacks(dorahacks.io) is the leading global hackathon community and open source developer incentive platform. DoraHacks provides toolkits for anyone to organize hackathons and fund early-stage ecosystem startups.
DoraHacks creates a global hacker movement in Web3, AI, Quantum Computing and Space Tech. So far, more than 30,000 startup teams from the DoraHacks community have received over $92M in funding, and a large number of open source communities, companies and tech ecosystems are actively using DoraHacks together with its BUIDL AI capabilities for organizing hackathons and funding open source initiatives.
Website: https://dorahacks.io/Twitter: https://twitter.com/DoraHacksDiscord: https://discord.gg/gKT5DsWwQ5Telegram: https://t.me/dorahacksofficialBinance Live: https://www.binance.com/en/live/u/24985985Youtube: https://www.youtube.com/c/DoraHacksGlobal

By Steve Ngok, Chief Strategy Officer, DoraHacks
What Is the Privacy Thesis Actually About?
A fundamental principle: individuals and organizations should have the right to protect their identity and information when it matters.
This is both a basic freedom and a technical requirement.
A freedom, because financial privacy isn't a luxury. It's what allows a dissident to receive donations without persecution, a business to pay suppliers without exposing strategy, a person to hold savings without becoming a target. Privacy makes participation in the economy safe.
A technical requirement, because without it, decentralization is incomplete. What good is a censorship-resistant network if every transaction is surveilled? What good is self-custody if your balance is broadcast to the world? True sovereignty requires confidentiality.
This is what Zcash has built. Eight years of production zk-SNARKs. Shielded transactions that work. Viewing keys for selective disclosure. A network as decentralized as Bitcoin, with privacy as strong as cash.

The infrastructure is ready. What's missing is the next layer, and that's where the opportunity lies. Let’s dive into some ideas to build on Zcash.
The Big One: A Native Stablecoin on Zcash
This is the highest-conviction idea in this piece.
The Gap
Zcash has the most mature privacy technology in crypto. It doesn't have a stablecoin.
This is like having a highway system with no cars. World-class infrastructure, crippled utility.
Think about what people actually use crypto for: payments, remittances, payroll, treasury management, commerce. Every one of these needs stable value.
$ZEC is a great asset, but its volatility makes it unsuitable for these use cases. Every "privacy payment" use case is actually a "private stablecoin payment" use case.
Why This Doesn't Exist Yet
Regulatory fear - Issuers worried that "private stablecoin" would trigger enforcementLiquidity chicken-and-egg - No stablecoin means no DeFi means no liquidity means no stablecoinTechnical complexity - Issuing on a shielded chain requires new approaches to reserves and redemption
But the landscape has shifted:
Regulatory clarity: Viewing keys solve compliance. An issuer can give regulators full visibility into their shielded pool while users stay private from everyone else. This is actually better than transparent chains—you get auditability without exposing user data.Cross-chain liquidity: Zashi + NEAR Intents means ZEC can already swap to USDC. The pipes exist. A native stablecoin would be more efficient, but the liquidity bootstrapping problem is solvable.Demand is screaming: Every Zcash user, every privacy-focused business, every enterprise exploring confidential transactions - they all need stable value. The market is waiting.
The Opportunity
A regulated, USD-backed stablecoin issued natively on Zcash with full shielded support.

How it works:
Mint: User sends USD to issuer (bank transfer, wire). Issuer mints equivalent stablecoins directly to the user's shielded address.Transact: User sends shielded stablecoins to anyone. Sender, receiver, and amount are all hidden. Transaction settles in ~75 seconds, fees under $0.01.Redeem: User sends stablecoins back to issuer's known address. The issuer verifies receipt (they have viewing keys for their own pool), and sends USD to the user's bank.Compliance:
Issuer maintains full visibility of their issuance/redemption via viewing keysUsers can provide viewing keys to auditors/regulators on requestAML/KYC happens at the on/off ramp, not at every transaction (same as cash)
Why Zcash vs. other privacy approaches?

The Builder Profile
This is not a weekend hackathon project. This requires:
Regulatory expertise (money transmitter licenses, compliance frameworks)Banking relationships (USD custody, wire infrastructure)Deep Zcash protocol knowledgeSignificant capital for reserves
Who should build this:
Existing stablecoin issuers looking to expand (Circle? Paxos?)Crypto-native teams with regulatory experienceTraditional finance players entering crypto
The prize: Whoever issues the first credible USD stablecoin on Zcash will own the private payments market. There's no second place.
Why Private Stablecoins Will Win
Today, USDT on Tron dominates. It's fast, cheap, and has deep liquidity. So why would anyone switch?
Because transparency is a bug, not a feature.
Consider what happens when you use USDT on Tron or Solana today:
Your entire balance is public. Anyone with your address knows exactly how much you hold.Your transaction history is permanent. Every payment, every counterparty, forever visible.You become a target. Large holders are identified and exploited - phishing, extortion, physical threats.Businesses can't use it seriously. No CFO will run payroll or treasury operations on a chain where competitors see everything.
The current stablecoin giants have a fundamental ceiling: they can never serve users who need privacy - which is eventually everyone.
The Zcash advantage in 3-5 years:

Tron won the first era of stablecoins by being cheap and fast. The next era will be won by being cheap, fast, and private.
Privacy isn't a niche. It's the missing feature that unlocks the next 100M users - the ones who won't put their financial lives on a public ledger.
Beyond the Dollar
A private USD stablecoin is the starting point, not the end state.
Once the model is proven - regulated issuance, shielded transactions, viewing key compliance - the same playbook extends to other currencies:
Private EUR for European commercePrivate SGD for Southeast Asian trade corridorsPrivate GBP, CHF, JPY... each market has the same need
The dollar comes first because it has the deepest liquidity and clearest regulatory path. But the real vision is private fiat rails for the entire global economy - every major currency, shielded by default, compliant by design.
First the dollar. Then the world.
Other High-Conviction Ideas
1. Privacy Payroll
The problem: Pay employees on-chain, publish their salaries to the world.
The solution: Shielded payroll. Company treasury in Zcash shielded pool. Batch payments to employee addresses. Amounts invisible to everyone except employer and employee.
Why now: Remote work + crypto payments + salary transparency backlash = perfect storm. Companies want this.
Builder profile: HR-tech founders, payroll SaaS teams, crypto-native companies.
2. Confidential Commerce Gateway
The problem: Merchants accepting crypto expose their entire transaction history. Competitors see revenue. Customers see other customers.
The solution: BTCPay Server, but private. Shielded checkout. Instant settlement. Optional conversion to stablecoin (once it exists).
Why now: E-commerce crypto adoption is growing, but merchants hate the fishbowl.
Builder profile: Payment infrastructure engineers, e-commerce SaaS developers.
3. Enterprise Treasury Management
The problem: Corporate crypto holdings are public. Activist investors front-run. Competitors gauge financial health.
The solution: Shielded corporate treasury with FROST multi-sig (threshold signatures for governance). CFO generates viewing keys for quarterly audits.
Why now: More companies hold crypto. None want their balance sheet on Etherscan.
Builder profile: Enterprise custody providers, CFO-focused fintech.
4. ZK Credentials
The problem: Proving identity requires revealing data. Prove you're over 21 → show birthdate. Prove employment → reveal employer.
The solution: Zero-knowledge credentials. Issuer (government, employer) issues ZK-compatible credential. User proves attributes without revealing underlying data.
Why now: The same zk-SNARK infrastructure that powers Zcash can power identity. The primitives are ready.
Builder profile: Identity specialists, government tech, HR platforms.
Conclusion
The privacy infrastructure is built. Zcash has spent eight years proving that shielded transactions work at scale, with regulatory optionality, and real security.
What's missing is the application layer - and above all, stable value.
A native stablecoin on Zcash is the unlock. It transforms privacy from a niche concern into a default feature of money. It makes every use case in this article viable at scale.
The opportunity is open. The technology is ready.
Build it.
DoraHacks supports builders in the Zcash ecosystem. For grants, hackathons, or partnership inquiries, visit dorahacks.io.
About DoraHacks
DoraHacks(dorahacks.io) is the leading global hackathon community and open source developer incentive platform. DoraHacks provides toolkits for anyone to organize hackathons and fund early-stage ecosystem startups.
DoraHacks creates a global hacker movement in Web3, AI, Quantum Computing and Space Tech. So far, more than 30,000 startup teams from the DoraHacks community have received over $92M in funding, and a large number of open source communities, companies and tech ecosystems are actively using DoraHacks together with its BUIDL AI capabilities for organizing hackathons and funding open source initiatives.
Website: https://dorahacks.io/Twitter: https://twitter.com/DoraHacksDiscord: https://discord.gg/gKT5DsWwQ5Telegram: https://t.me/dorahacksofficialBinance Live: https://www.binance.com/en/live/u/24985985Youtube: https://www.youtube.com/c/DoraHacksGlobal

A Practical Guide for Organizers
Your hackathon went very well. Submissions are in. Now comes the part where many hackathons stumble.
Judging looks straightforward on paper: review projects, pick winners. But in practice, it's where unclear expectations, mismatched reviewers, and missed deadlines pile up. The good news: most judging problems are preventable with upfront planning.
Here's what that looks like based on thousands of hackathons supported by DoraHacks.
Define What You're Actually Evaluating
Scoring submissions across a few metrics is standard practice. But don't exhaust your judges. Stick to three or four criteria that cover genuinely different angles like code quality, creativity, alignment with the rules, presentation, etc..
Meanwhile, be specific about what those criteria mean. "We'll judge on innovation, execution, and impact" sounds reasonable until three judges interpret those words three different ways.

Get concrete. If you're running a hackathon for a DeFi protocol, your criteria might include whether the project uses your smart contracts correctly, and whether the team shipped something functional versus a slide deck. If you're running a vibe coding hackathon, maybe speed of development and creative use of AI tools matter more than polished code architecture.
Explain the criteria as questions judges can answer: "Innovation: Does this project demonstrate an innovative integration with our API?" is evaluable. "Is this project exciting?" only invites debate.
Assign weights if priorities differ. A hackathon focused on getting developers to try a new SDK might weight "correct implementation" at 40% and "good presentation" at 10%. Make those weights visible to judges and participants alike.
Match Judges to What They Know
Not every judge needs to review every submission. Think about what each track or prize category actually requires. A track for developer tooling probably needs judges who've built or used similar tools. A track for consumer apps benefits from someone who thinks about user experience. If you're giving out a "Best Use of [Specific Technology]" prize, at least one judge should know that technology deeply.
On DoraHacks, you can assign judges to specific tracks rather than making everyone review everything (although you CAN still do that if necessary). A judge with smart contract expertise reviews the DeFi track. A designer reviews the UI/UX prize submissions. This produces better evaluations and respects judges' time because nobody wants to score projects outside their wheelhouse.

Set a Clear Schedule
Judges agreed to help, but your hackathon is probably item number twelve on their to-do list.
Give them a specific window. "Judging opens Monday at 9am, scores due by Thursday at 6pm" is enforceable. "Please review when you get a chance" is not. Build your timeline backward from when you want to announce winners, and add a buffer for stragglers. Send reminders at the start, midpoint, and 24 hours before the deadline.
Remember: hackers are waiting. They spent a weekend, or even a month building under pressure, and now they're refreshing the page wondering if they made the shortlist. Delayed announcements don't just look unprofessional. They frustrate the exact people you're trying to impress.
Set internal deadlines tighter than public ones. Follow up with slow judges. If something slips, communicate proactively. A quick "results coming Wednesday" update buys goodwill that silence destroys.
Make Judging Effortless
Judges volunteered their expertise, not their patience.
The evaluation process should be as simple as possible. Choose a platform that's intuitive to navigate. Provide clear instructions: how to access submissions, where to enter scores, what each criterion means. If judges have to email you asking how the system works, something's wrong.
Before judging opens, do a walkthrough yourself. Can judges find their assigned submissions easily? Are the criteria descriptions clear without additional explanation? If projects include demo videos or GitHub repos, are they linked directly?
DoraHacks' judging platform(https://dorahacks.io/blog/guides/judging-organizers) is built for this: smooth enough that judges can start evaluating immediately, flexible enough to handle different scoring systems and track structures.
Small things matter. Every bit of friction you remove is attention judges can redirect to the projects themselves.
Use AI to Handle Volume, Or Just Get a Second Opinion
No matter if it's a small or huge submission pool, AI evaluation adds value.
DoraHacks' AI judging system(https://dorahacks.io/blog/guides/judging-organizers) reviews every submission against your defined requirements (maybe "must include working demo" and "must use our authentication API") and produces a ranked list with scores and reasoning for each. At the same time, scores by human judges are displayed with AI scores side by side, making organizers able to pick winners with a fuller picture.

The benefit isn't just speed. AI offers a perspective human judges can't easily replicate. It applies criteria consistently without fatigue, sees every submission with equal attention, and catches patterns across the full pool. Human judges bring expertise and intuition; AI brings consistency and completeness. Used together, they surface insights either might miss alone.
The reasoning is transparent. You can see why the AI scored a project highly ("demonstrates complete integration with required features, includes video walkthrough") or flagged concerns ("submission lacks working demo, documentation incomplete"). Organizers review the shortlist, verify the logic holds up, and make final picks from there.
About DoraHacks
DoraHacks(dorahacks.io) is the leading global hackathon community and open source developer incentive platform. DoraHacks provides toolkits for anyone to organize hackathons and fund early-stage ecosystem startups.
DoraHacks creates a global hacker movement in Web3, AI, Quantum Computing and Space Tech. So far, more than 30,000 startup teams from the DoraHacks community have received over $92M in funding, and a large number of open source communities, companies and tech ecosystems are actively using DoraHacks together with its BUIDL AI capabilities for organizing hackathons and funding open source initiatives.
Website: https://dorahacks.io/Twitter: https://twitter.com/DoraHacksDiscord: https://discord.gg/gKT5DsWwQ5Telegram: https://t.me/dorahacksofficialBinance Live: https://www.binance.com/en/live/u/24985985Youtube: https://www.youtube.com/c/DoraHacksGlobal

Hackathons in eine Wachstumsmaschine verwandeln

Einen Hackathon zu veranstalten könnte einfach sein. Eine Serie zu veranstalten, die weiterhin Entwickler anzieht, echte Projekte produziert und ein Ökosystem wachsen lässt, ist jedoch ein ganz anderes Spiel.
Stacks hat es herausgefunden. Als Bitcoin Layer 2, der Smart Contracts und dapps zu Bitcoin bringt, haben sie seit 2025 9 Hackathons auf DoraHacks veranstaltet. Was als einzelne Veranstaltungen begann, entwickelte sich zu einem System, das ein Modell dafür geworden ist, wie man eine Entwicklergemeinschaft durch Hackathons aufbaut.
Ein System, kein einmaliges Ereignis

Von Steve Ngok, Chief Strategy Officer, DoraHacks
Einführung
Jedes Unternehmen, das eine Entwicklerplattform aufbaut, sagt dasselbe: "Wir stehen ganz im Zeichen des Entwickler-Ökosystems." Sie stellen DevRel-Teams ein. Sie sponsern Hackathons. Sie füllen Discord-Server mit Tausenden hoffnungsvoller Entwickler. Dann beobachten sie verwirrt, wie ihr Ökosystem nicht wächst.
Hier ist die unbequeme Wahrheit: Die meisten Unternehmen haben zu Beginn kein gutes DevRel-Team. Sie sind unterbesetzt, unzureichend geschult oder nachträglich ins Leben gerufen worden. Aber das Schlimmste ist: Selbst Unternehmen, die stark in DevRel investieren, stoßen an dieselbe Grenze. Ein großartiges DevRel-Team von 10 Personen kann 10.000 Entwickler nicht sinnvoll unterstützen. Ihre Kapazität hat harte Grenzen. Und diese Grenzen werden zu den Grenzen Ihres Ökosystems.

Sie haben Stunden (vielleicht Tage) damit verbracht, etwas zu bauen, auf das Sie stolz sind. Aber ein starkes Projekt garantiert keine starke Einsendung. Die Art und Weise, wie Sie Ihre Arbeit präsentieren, ist genauso wichtig wie die Arbeit selbst. Richter überprüfen Dutzende oder sogar Hunderte von Einsendungen, und die, die herausstechen, sind klar, vollständig und einfach zu bewerten.
Dieser Leitfaden behandelt, was gewinnende Einsendungen von vergessenswerten trennt.
0. Lesen Sie zunächst die Anforderungen sorgfältig
Das klingt offensichtlich, aber hier stolpern viele Hacker. Bevor Sie mit dem Schreiben Ihrer Einsendung beginnen, lesen Sie die Anforderungen des Hackathons gründlich. Verstehen Sie, was verpflichtend, was optional ist und welches Format erwartet wird.

Von Steve Ngok, Chief Strategy Officer, DoraHacks
Ich bin gerade aus den USA nach Singapur zurückgekehrt und habe bemerkt, dass sich im Vergleich zum letzten Jahr viel verändert hat. Fortschritt, würde ich sagen. Wenn es um Entwickler-Events geht, kommt Singapur San Francisco immer näher. Viele führende Technologiekonzerne und KI-Unternehmen richten hier Büros ein, erweitern ihre Teams und organisieren aktiv Entwickler-Events, um ihre Präsenz in Asien zu vergrößern.
Als ich mit einem neuen Freund aus dem Singapur-Büro von OpenAI über kürzliche Hackathons sprach, die ich organisiert und besucht habe, fragte er mich: "Wie ist die Stimmung bei diesen Hackathons in letzter Zeit?"

Von Steve Ngok, Chief Strategy Officer, DoraHacks
Das Jahr ist 2026. Die Ära des passiven Tech-Konsums ist tot. KI frisst Software. Code schreibt Code, und Ideen werden im Handumdrehen zu Apps.
In dieser Realität ist Geschwindigkeit die einzige Währung, die zählt. Der Abstand zwischen einer Idee und einem ausgelieferten Produkt ist von Monaten auf Minuten geschrumpft. Wenn Sie CEO oder Gründer sind, beachten Sie: Es gibt nur einen Ort, an dem die Zukunft in Echtzeit geschmiedet wird - Hackathons.
Sie werden Entwickler in tiefer Konzentration finden, die gegen die Uhr rennen, um rohe Ideen in funktionierende Prototypen umzuwandeln. Die hektische Umgebung belohnt Geschwindigkeit und Kreativität und verkörpert die atemberaubende Innovationskultur von 2026. Produkte entstehen, Technologien werden auf die Probe gestellt, Talente werden identifiziert, und diejenigen, die siegreich hervorgehen, haben sich in der härtesten Arena bewährt, die Software bieten kann.

Warum (gutes) Management wichtig ist
Gutes Management garantiert keinen erfolgreichen Hackathon, aber es zu vernachlässigen, garantiert fast immer das Scheitern. Wenn die Organisatoren schweigen - keine Kommunikation, keine Unterstützung, keine laufende Promotion - verlieren die Teilnehmer das Vertrauen und den Schwung. Die Energie fließt aus der Veranstaltung, die Einreichungen nehmen ab, und die Sponsoren bemerken es.
Die Live-Phase ist der Punkt, an dem sich Ihre Vorbereitung des Hackathons bewähren muss. Unerwartete Probleme werden auftreten, und wie Sie darauf reagieren, definiert den Ruf Ihres Hackathons. Gutes Management schützt auch Ihr Team vor Burnout. Mit klaren Prozessen können Sie Herausforderungen ruhig bewältigen und haben dennoch Energie für die Ziellinie.

Wir freuen uns, das neue Feature Externe Richter vorzustellen, eine aktualisierte Version des vorherigen manuellen Bewertungsfeatures, das jetzt im Organisator-Dashboard verfügbar ist.
Externe Richter geben Ihnen eine strukturierte Möglichkeit, Richter einzuladen, klare Bewertungsregeln zu definieren und BUIDL-Einreichungen direkt auf der Plattform zu überprüfen. Es hilft Ihnen, menschliche Expertise mit strukturiertem Scoring zu kombinieren, um einen klareren und effizienteren Bewertungsprozess zu schaffen. Gleichzeitig sind auch KI-Überprüfungen für die Referenz der Richter verfügbar.
▶︎ Sehen Sie sich das Video an, um zu erfahren, wie Externe Richter funktionieren.

Von Steve Ngok, Chief Strategy Officer, DoraHacks
Die Einführung
Fast ein Jahrzehnt lang hat die etablierte Finanzordnung Kryptowährungen mit Skepsis und Verachtung betrachtet. Für Beobachter in Elfenbeintürmen erschien die Branche als wenig mehr als ein Kasino – ein chaotisches Theater der Spekulation, das von der realen Wirtschaft losgelöst ist. Lange Zeit hatte diese Kritik Berechtigung.
Aber bei der Betrachtung der Landschaft von 2026 hat die frühe Verwirrung Platz für strukturelle Klarheit gemacht. Die Branche ist nicht nur gewachsen; sie hat sich gespalten.

0. Mehr als nur Preise gewinnen
Also bist du bereit, dich für deinen ersten Hackathon anzumelden. Vielleicht bist du ein Student, der am Wochenende etwas Cooles bauen möchte, oder ein alleinstehender Entwickler, der hofft, neue Technologien zu erkunden und gleichgesinnte Menschen zu treffen. Wie auch immer, willkommen! Du stehst kurz davor, eine der besten Möglichkeiten zu erleben, um zu lernen, zu bauen und als Entwickler zu wachsen.
Aber hier ist etwas, das die meisten Anfänger nicht realisieren: Die Hacker, die am meisten aus Hackathons herausholen, sind nicht immer die, die gewinnen. Preise sind schön, aber die Fähigkeiten, Portfolio-Projekte und Verbindungen, die du gewinnst, halten viel länger.

Eine Hackathon-Organisation mag von außen einfach aussehen: eine Website/Page einrichten, einige Preise ankündigen und auf die Einsendungen warten. In Wirklichkeit ist ein erfolgreicher Hackathon das Ergebnis von Dutzenden von Entscheidungen, die lange vor Beginn der Veranstaltung getroffen werden. Sie werden die Unterschiede zwischen gut/schlecht vorbereiteten Hackathons auf Plattformen wie DoraHacks (https://dorahacks.io) deutlich sehen.
Schlechte Vorbereitung führt zu vorhersehbaren Problemen. Vage Regeln schaffen Streitigkeiten; Unklare Zielgruppen führen zu gescheitertem Marketing; Die Unterschätzung des Ressourcenbedarfs lässt Sie vor dem Start nach Sponsoren suchen oder Ihr Team mit untragbaren Arbeitslasten überlasten… diese Probleme sind viel einfacher zu verhindern als während der Veranstaltung zu beheben.

Von Steve Ngok, Chief Strategy Officer, DoraHacks
Wenn Sie sich die Rohdaten ansehen, ist "menschlicher Handel" bereits ein Mythos.
Heute werden über 70 % des globalen Handelsvolumens, von der New Yorker Börse bis zu den Forex-Märkten, von Algorithmen und nicht von Menschen durchgeführt.
Seit Jahrzehnten war diese Supermacht ein exklusiver Club. Sie gehörte zu Hochfrequenzhandelsfirmen und institutionellen Hedgefonds mit dem Budget für millionenschwere Infrastruktur und Heerscharen von Doktoranden. Der Privatanleger war auf der Strecke geblieben, bewaffnet mit nichts als einem Chart und seiner Intuition, und kämpfte gegen Maschinen, die er nicht sehen konnte.