Builders can define protected data for unlimited use and let authorized apps process hundreds of data units in one go.
Privacy that scales is the base layer for 2026 DeFi.
More to come.💛
iExec RLC
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As confidential workloads grow, Bulk Processing delivers what builders asked for: scale and simplicity in one secure flow.⚡
✅iExec privacy tooling now supports multi-input confidential execution in one pass: lower cost, smoother DevX, and privacy guarantees from input to output. $RLC
👉With iExec private messaging, they now route larger, multi-dataset interactions through the same secure environment, keeping performance smooth and privacy intact as demand grows.
This upgrade opens the door to a broader class of DeFi workflows: → confidential scoring, protected execution strategies, complex collateral flows, and verifiable AI automation.
iExec RLC
--
As confidential workloads grow, Bulk Processing delivers what builders asked for: scale and simplicity in one secure flow.⚡
✅iExec privacy tooling now supports multi-input confidential execution in one pass: lower cost, smoother DevX, and privacy guarantees from input to output. $RLC
As confidential workloads grow, Bulk Processing delivers what builders asked for: scale and simplicity in one secure flow.⚡
✅iExec privacy tooling now supports multi-input confidential execution in one pass: lower cost, smoother DevX, and privacy guarantees from input to output. $RLC
When a massive technology shift hits the mainstream, the public usually only sees the final result. They see the sleek mobile app, the instant payment, or the viral AI chatbot. They see the "magic." But for those of us working in the industry, we know that magic doesn't just happen. ➡️ Civilization-shifting technology never starts with a consumer app. It starts much earlier, in the trenches, with the hidden heroes of the tech world: The developers. And more specifically, it starts with the tools that allow those developers to build. Every major leap in digital history follows a specific pattern. First, the technology is invented, but it is raw, complex, and inaccessible. Then, a layer of tooling is built to abstract that complexity. Finally, developers use those tools to build the applications that change the world. Lessons from the Internet and Finance Think back to the early days of the web. In the beginning, putting something online required managing physical servers and writing raw, unforgiving code. It was a playground for the few. The real shift didn't happen because the cables got better. It happened because tools arrived. Browsers standardized how we view data. Frameworks and libraries standardized how we build sites. Suddenly, a developer didn't need to be a hardware engineer to launch a blog or a store. Tools lowered the barrier to entry, and the internet exploded. We see the same story in FinTech. Today, we tap a card or a phone to pay for coffee, and the money moves instantly across the world. We assume this is how money works. But decades ago, digital money was a fragmented mess of banking protocols. The revolution wasn't the "app", it was the API. Companies built developer toolkits that turned complex banking infrastructure into a few lines of code. They allowed a developer in a garage to integrate payments without building a bank from scratch. The tool came first, and the effortless economy followed. We are seeing this play out right now in our own industry. Bitcoin and Ethereum began as raw, command-line revolutions. They were powerful but difficult to touch. The explosion of DeFi and NFTs only occurred when tooling improved. It happened when better wallets, libraries, and standards made it easier for builders to create. The Privacy Frontier ➡️ But there is one final frontier we haven't conquered yet: Privacy. Right now, we are at a crossroads. As our lives move increasingly on-chain and online, we have lost control of our digital footprint. We know we need a digital economy where users own their data, where apps can compute secrets without revealing them, and where governance is programmable. So, why aren't we there yet? Because, until recently, building private applications was incredibly hard. It required advanced cryptography, niche hardware management, and complex infrastructure. Just like the early internet or early crypto, the raw technology exists, but it is hard to hold. Empowering the Architects of the Future This is where we see our role in the history of this shift. At iExec, we aren't trying to just build a single flashy privacy app. We are building the factory and tools that make them possible. ⚡️ We position ourselves as the "Builders’ Home for Privacy Tools" because we understand that adoption relies on the developer experience and well-built, easily usable tools. We are abstracting away the complexity of Trusted Execution Environments (TEEs) , confidential computing, and delivering tools as plug-ins ➡️ Our goal is to make privacy a standard building block. We want a developer to be able to say, "I need this part of the application to be private," and simply plug in a tool that handles the encryption, the governance, and the trusted execution. No managing infrastructure, no reinventing the wheel. Just building. History tells us that technology doesn't move forward because of a press release. It moves forward when a developer opens a terminal, tries a new tool, and realizes that what was impossible yesterday is easy today. So, while the world looks at the shiny interfaces and the market caps, we believe it is time to give credit where it is due. The true architects of the future are the developers writing the code and the toolmakers smoothing the path for them. They are the starting point of every shift. And we are here to make sure they have the right tools for the next one. 💛
When a massive technology shift hits the mainstream, the public usually only sees the final result. They see the sleek mobile app, the instant payment, or the viral AI chatbot. They see the "magic." But for those of us working in the industry, we know that magic doesn't just happen. ➡️ Civilization-shifting technology never starts with a consumer app. It starts much earlier, in the trenches, with the hidden heroes of the tech world: The developers. And more specifically, it starts with the tools that allow those developers to build. Every major leap in digital history follows a specific pattern. First, the technology is invented, but it is raw, complex, and inaccessible. Then, a layer of tooling is built to abstract that complexity. Finally, developers use those tools to build the applications that change the world. Lessons from the Internet and Finance Think back to the early days of the web. In the beginning, putting something online required managing physical servers and writing raw, unforgiving code. It was a playground for the few. The real shift didn't happen because the cables got better. It happened because tools arrived. Browsers standardized how we view data. Frameworks and libraries standardized how we build sites. Suddenly, a developer didn't need to be a hardware engineer to launch a blog or a store. Tools lowered the barrier to entry, and the internet exploded. We see the same story in FinTech. Today, we tap a card or a phone to pay for coffee, and the money moves instantly across the world. We assume this is how money works. But decades ago, digital money was a fragmented mess of banking protocols. The revolution wasn't the "app", it was the API. Companies built developer toolkits that turned complex banking infrastructure into a few lines of code. They allowed a developer in a garage to integrate payments without building a bank from scratch. The tool came first, and the effortless economy followed. We are seeing this play out right now in our own industry. Bitcoin and Ethereum began as raw, command-line revolutions. They were powerful but difficult to touch. The explosion of DeFi and NFTs only occurred when tooling improved. It happened when better wallets, libraries, and standards made it easier for builders to create. The Privacy Frontier ➡️ But there is one final frontier we haven't conquered yet: Privacy. Right now, we are at a crossroads. As our lives move increasingly on-chain and online, we have lost control of our digital footprint. We know we need a digital economy where users own their data, where apps can compute secrets without revealing them, and where governance is programmable. So, why aren't we there yet? Because, until recently, building private applications was incredibly hard. It required advanced cryptography, niche hardware management, and complex infrastructure. Just like the early internet or early crypto, the raw technology exists, but it is hard to hold. Empowering the Architects of the Future This is where we see our role in the history of this shift. At iExec, we aren't trying to just build a single flashy privacy app. We are building the factory and tools that make them possible. ⚡️ We position ourselves as the "Builders’ Home for Privacy Tools" because we understand that adoption relies on the developer experience and well-built, easily usable tools. We are abstracting away the complexity of Trusted Execution Environments (TEEs) , confidential computing, and delivering tools as plug-ins ➡️ Our goal is to make privacy a standard building block. We want a developer to be able to say, "I need this part of the application to be private," and simply plug in a tool that handles the encryption, the governance, and the trusted execution. No managing infrastructure, no reinventing the wheel. Just building. History tells us that technology doesn't move forward because of a press release. It moves forward when a developer opens a terminal, tries a new tool, and realizes that what was impossible yesterday is easy today. So, while the world looks at the shiny interfaces and the market caps, we believe it is time to give credit where it is due. The true architects of the future are the developers writing the code and the toolmakers smoothing the path for them. They are the starting point of every shift. And we are here to make sure they have the right tools for the next one. 💛
🔸Keep inputs sealed until the secure run begins. 🔸Do the sensitive work in a protected environment. 🔸Let others verify outcomes without seeing inputs. 🔸Maintain trust and keep your strategy yours.
This is already live on-chain with the right privacy tools.
What happens next: ✔️Protocols get more accurate collateral factors, safer lending parameters, and non-extractable risk insights ✔️Users keep ownership over their data ✔️Builders deploy confidential apps without running complex infra
This results in stronger & fairer DeFi systems powered by privacy that actually works in practice.
iExec RLC
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DeFi risk models rely on sensitive inputs like user financial data, proprietary scoring logic & liquidation triggers, but today most of that data must be either exposed or simplified.
That forces protocols to choose between accuracy and privacy, which weakens capital efficiency and increases systemic risk. 🧵👇 $RLC
Confidential computing lets builders process sensitive inputs (creditworthiness, portfolio exposure, offchain signals) inside secure enclaves, keeping raw data fully hidden while producing verifiable outputs. This means risk engines can finally run sophisticated models onchain without leaking user info or business logic.
iExec RLC
--
DeFi risk models rely on sensitive inputs like user financial data, proprietary scoring logic & liquidation triggers, but today most of that data must be either exposed or simplified.
That forces protocols to choose between accuracy and privacy, which weakens capital efficiency and increases systemic risk. 🧵👇 $RLC
DeFi risk models rely on sensitive inputs like user financial data, proprietary scoring logic & liquidation triggers, but today most of that data must be either exposed or simplified.
That forces protocols to choose between accuracy and privacy, which weakens capital efficiency and increases systemic risk. 🧵👇 $RLC
DeFi was built on radical transparency👉great for open access, but unworkable for real finance where every action can be scraped and profiled.
Cypherpunks pushed for privacy enforced by code. Regulators pushed for visibility enforced by rules. Both addressed real risks, but neither extreme fits modern markets!
Full transparency exposes sensitive logic, while total secrecy removes the evidence auditors need to prevent abuse.
🧩The only way forward is programmable privacy: Systems that reveal only what’s necessary, prove compliance without exposing raw data, and make confidentiality tunable and verifiable.
For DeFi to mature, privacy has to be native to the workflow.
DeFi was built on radical transparency👉great for open access, but unworkable for real finance where every action can be scraped and profiled.
Cypherpunks pushed for privacy enforced by code. Regulators pushed for visibility enforced by rules. Both addressed real risks, but neither extreme fits modern markets!
Full transparency exposes sensitive logic, while total secrecy removes the evidence auditors need to prevent abuse.
🧩The only way forward is programmable privacy: Systems that reveal only what’s necessary, prove compliance without exposing raw data, and make confidentiality tunable and verifiable.
For DeFi to mature, privacy has to be native to the workflow.