Chainlink East Africa Community

An article from the 90s explaining how in the 1980s, personal computers changed the dynamic of college vs high school workers. College grads learned how to use PCs and grew wages faster Mind you, this was when interest rates were 15pct, white collar unemployment was the highest it’s been any non covid year, general unemployment was 10pct, there was a recession, 18pct mortgages, and the start of the savings and loan industry collapse. The economy was a mess. Except it was the start of the “digital revolution “ which lead to change. Here we are at the early days of the AI revolution. I think it will be very analogous to what happened back then. If you think learning how to use Clause seems daunting, imagine being 50 yrs old in 1983, not knowing how to type, using a 1.0 key adding machine with a tape roll to do all your work as an analyst and realizing you had to figure out how your brand new IBM PC and lotus 1-2-3 worked. Or having only used a typewriter your entire career , then having to learn the new PC and WordStar. Trust me. WordStar key combinations were far harder to learn than telling Claude what you want done Lots of people couldn’t figure it out. Those who did were more productive Ctrl QA with AI nber.org/digest/sep97/h…

@DanteReminick @kotanipay

Looking for a stablecoin company that can do the following flow: - Take USD from a U.S Bank account - Convert into stablecoins - Move funds to Africa and Latam - Funds are able to be 'withdrawn' via local RTP rails. Needs to be usable by non-fintech/stablecoin folks.

In 2014, Peter Thiel gave a 1-hour masterclass on how to build a monopoly from scratch. He broke down how: • Google became untouchable • PayPal beat the odds • Facebook crushed competition Here are 11 timeless lessons from his masterclass: 1. Create value, then capture it

Stablecoins have become a 'silver bullet' in payments right now: everything to everyone. Yes, cheaper payments are good. Yes, faster payments are good. Yes, less interchange is good. But the under-explored and most interesting feature is that stables (and all blockchain payments) collapse jobs like: - authorization - settlement - routing - messaging These jobs are necessary for every payment, they are normally carried out by different parties working in-concert, they take time and bandwidth, and they don't always work - sometimes it's probabilistic whether a transaction will complete based on a potential failure in the chain. Stablecoins provide a single method to perform those tasks instantaneously. People from outside payments are often surprised just how hard it is sometimes to *know where your money is.* Tokenization means that dollars become machine-readable, meaning that they become more reliable and traceable, which in-turn makes all those 'jobs to be done' of a payment easier. I enjoyed Fred Wilson's writeup this morning in AVC on The End of Interchange 👇

All right my ambitious friends: if you're doing some year-end skill building this weekend, here are my 5 recommendations. 💪😎💻 1. freeCodeCamp just launched our new Python certification curriculum. You can learn Python by building projects right in your browser. You'll learn a ton of fundamental programming concepts through our extensive theory sections. Then you'll apply that theory and get lots of reps with Python syntax by building projects. You can sit for the final exam and earn a certification that you can add to your LinkedIn or portfolio website. This is just one of the six certs in Version 10 of freeCodeCamp's Full Stack Developer Curriculum. This Python module is years in the making, and I think you're going to learn a lot from it. (comprehensive interactive curriculum): freecodecamp.org/news/freecodec… 2. Learn game development fundamentals by building your own 2D pixel art tower defense game. You'll use the popular Unity game development framework. You can code along at home and learn how to set up 2D tilemap levels, animate pixel-art characters, build towers, and spawn enemy waves. Then you'll learn how to export your game to be playable on Windows, Android, and in a web browser. (10 hour YouTube course): freecodecamp.org/news/create-a-… 3. On this week's podcast I interview Jason Lengstorf, a college dropout who taught himself programming while building websites for his emo band. 22 years later, he's worked as a developer at IBM, Netlify, and run his own dev consultancy. He shares his observation that many CEOs over-estimated the impact of AI coding tools and laid off too many developers. He says the developer job market has already rebounded a bit, but will never be the same. He shares tons of tips for how to land roles in the post-LLM labor market. (1 hour watch or listen in your favorite podcast app): freecodecamp.org/news/the-ai-is… 4. Learn modern web development techniques by building your own sales dashboard app using React, JavaScript, and Supabase. You'll start by architecting your database schema. Then you'll set up session management. Finally, you'll implement real-time data operations. By the end of the course, you'll have a dashboard app you can show off to your friends. (5 hour YouTube course): freecodecamp.org/news/supabase-… 5. Now you can learn Spanish on freeCodeCamp. We just launched our Spanish curriculum today, which we've been working on all year. You'll learn proper Spanish pronunciation, greetings, introductions, numbers, and more. You'll also learn how to type Spanish characters like this one ñ on your phone and computer. We already have more than 200 steps live, with the rest of the CEFR A1 level going live in 2026. ¡Aprendamos! (fully interactive curriculum): freecodecamp.org/news/freecodec… It's the end of the year. The freeCodeCamp community is busy finalizing and launching all of the open source coursework we've been developing all year long. Look for a big Christmas announcement next week. In the meantime, I encourage you to get into the holiday spirit by becoming a supporter of our charity and our mission: freecodecamp.org/donate Quote of the Week: “The promise was that AI was going to replace developers. We’re seeing pretty clearly that’s not the case. Anything beyond a toy, anything that requires maintenance or significant feature development, you can’t vibe-code that. The strongest developers in the future are the ones who have the right skills to leverage AI effectively.” — Software Engineer Jason Lengstorf on this week's freeCodeCamp podcast Until next week, happy coding.

OpenBB Workspace for investment research for everyone. github.com/OpenBB-finance…

@DanteReminick use @kotanipay

I’m getting married in 8 months and want to pay for the entire wedding with stablecoins. Which companies should I work with? Looking for: - Neobanks - Stablecoin Cards - Accounting/invoicing platforms - Stablecoin merchant acceptance Will produce tremendous amounts of content, research, and product feedback for these companies. #stablecoinwedding

Apple JUST quietly announced something that’s a lot BIGGER than it looks: "the Mini Apps Partner Program" Apple is admitting that the future of software is embedded, lightweight, vertical mini-apps distributed inside bigger app For founders who want to make $$ building apps: 1. Apple just legitimized the “superapp” model for the West. China has WeChat mini-programs. India has PhonePe Switch. The West has… nothing. Apple just opened the door. You can now run HTML/JS mini-apps inside a native host and earn 85% on qualifying purchases. That’s Apple-sanctioned platform piggybacking. 2. Distribution arbitrage becomes real again. You don’t need to convince users to download your app. Just partner with a host app and drop in a mini-app. This is a cheat code for early traction. Think: travel apps hosting niche tools, fitness apps hosting mini workouts, marketplaces hosting micro-utilities. 3. Apple is creating a new economy layer: “embedded SaaS.” Imagine: CRM mini-apps inside vertical tools. Math solver mini-apps inside education apps. Calendar mini-apps inside productivity apps. The TAM for tools that don’t need standalone installs just went vertical. 4. Developers get an 85% revenue share. This is Apple basically saying: “We want this ecosystem to grow, and we’re willing to cut our take rate.” When Apple lowers its cut, I pay attention because they see a platform shift coming. 5. AI makes this 10× more important. LLM-powered micro-apps (calculators, planners, agents, coaches, niche utilities) are tiny by design. They’re perfect mini-apps. Apple just created infrastructure for AI-native micro utilities to live inside bigger apps with built-in commerce. 6. Host apps become new “distribution landlords.” If you own an app with traffic, you become a platform. You can host mini-apps, take a cut, and build a developer ecosystem around you. It’s a new monetization model for existing apps with audiences. 7. This unlocks a wave of second-order opportunities. - Agencies helping apps become mini-app hosts - Mini-app dev shops - “Shopify for mini-apps” toolkits - Mini-app marketplaces - Analytics for mini-app performance - Discovery engines for mini-apps - I'll be dropping mini app ideas on @ideabrowser and @startupideaspod TLDR; Apple just turned every high-traffic app into a potential superapp and every indie developer into a potential platform partner. The App Store is becoming modular, composable, and layered. The next decade of consumer apps will look less like standalone products and more like ecosystems stitched together with mini-apps. This is quietly one of the biggest distribution unlocks in years.

Together with @NSE_PLC - East Africa's leading stock exchange - and @Hashgraph, we’re proud to launch the new NSE Innovation Lab - a pioneering initiative to transform, deepen, and expand Africa’s capital markets 🧵

With Chainlink Confidential Compute, you get: • Private smart contracts as a new industry primitive • A privacy-preserving data economy • Compliance adherence with selective data disclosure • Confidential interoperability The result: Institutional onchain finance at scale. Gregory Neven, Research Engineer at Chainlink Labs, explains how ↓

This is how Anthropic decides what to build next—and it's brilliant. Instead of endless spec documents and roadmap debates, the Claude Code team has cracked the code on feature prioritization: prototype first, decide later. Here's their process (shared by Catherine Wu, Product Lead at Anthropic): Step 1: Idea → Prototype Got a feature idea? Skip the spec. Build a working prototype using Claude Code instead. Step 2: Internal Launch Ship that prototype to all Anthropic engineers immediately. No polish required—just functionality. Step 3: Watch & Listen Track usage religiously. Collect feedback actively. Let real behavior, not opinions, guide decisions. Step 4: Data-Driven Prioritization - High usage + positive feedback → roadmap priority - Low engagement or complaints → back to iteration This "prototype-first product shaping" flips traditional product development on its head. Instead of guessing what users want, they're measuring what users actually use. The beauty? They're dogfooding their own tool to build their own tool. The feedback loop is immediate, honest, and impossible to ignore. The takeaway: Your best product decisions come from real user behavior, not theoretical frameworks. Sometimes the fastest way to validate an idea isn't a survey or interview—it's a working prototype.

PRO TIP: Store all passwords in one table and use foreign keys to reference them. Most users reuse passwords anyway. We went from 100GB to 3GB.

This video is literally 50 entrepreneurs giving you an MBA in 18 minutes:

🚀 Bridging the Gap: Chainlink-ing Smart Contracts to Real World Data Join us on Oct 16, 5-8:30PM @ The Blockchain Center Nairobi to explore how Chainlink is making blockchains smarter by connecting them to real-world data! Register now 👇 luma.com/xtyq63ob?tk=sC…

We’ll be stirring up compliance at Enashipai Resort & Spa 29 Oct–1 Nov. With #FATF greylisting on the legal menu and fresh AML laws on the chopping board, every Kenyan professional should be in attendance. Secure your ticket!! #AML #ESG #RegisterNow 👉 events.amlcertification.com

The future of assets.

crypto jargon: explained like you're five imagine you have a lego box + zk: prove your lego build is correct without showing it + mev: sneaky kid cuts line and copies your lego trick + restaking: reuse your legos to secure more builds + gas: tiny lego fee to snap your piece on the base + oracle: lego guy who checks outside world + layer 2: extra lego layer on top - faster, cheaper + bridge: teleport your legos to another kid’s base + consensus: kids agree which lego build goes next + appchain: your own private lego world + fraud proof: prove someone faked their lego build + snark: tiny magic stamp that says "lego build is legit" + validium: rollup with lego blocks stored off-baseplate + finality: lego build is locked forever, no takebacks + sequencer: the kid lining up lego builds in order + slashing: get caught cheating = lose your legos + zkVM: lego computer that proves code ran right without showing code + blob: big lump of lego data stuck next to the base, not in it + tokenomics: how many legos exist, who gets what, and why + governance token: voting power for lego club decisions + fork: two kids disagree and start building two lego lines