feat: update projects copy (#304)

data/projects/machina-iO.ts

@@ -1,16 +1,15 @@
-import { ProjectInterface, ProjectStatus } from "@/lib/types"
+import { ProjectInterface, ProjectStatus } from '@/lib/types'
 
 export const machinaIo: ProjectInterface = {
-  id: "machina_io",
-  image: "",
-  name: "MachinaIO",
-  section: "pse",
+  id: 'machina_io',
+  image: '',
+  name: 'MachinaIO',
+  section: 'pse',
   projectStatus: ProjectStatus.ACTIVE,
   content: {
     en: {
-      tldr: "Building the first practical indistinguishability obfuscation (iO) system for secure and scalable cryptographic applications.",
+      tldr: 'Building the first practical indistinguishability obfuscation (iO) system for secure and scalable cryptographic applications.',
       description: `
-## MachinaIO  
 ### Towards Practical Indistinguishability Obfuscation (iO)  
 
 MachinaIO aims to create the first *practical* iO system based on formal security proofs, transforming any program into a black-box that hides its internals while preserving its functionality. By replacing committees in multi-party computation (MPC) or multi-key fully homomorphic encryption (FHE), iO can scale these applications securely and eliminate trust bottlenecks.
@@ -32,9 +31,21 @@ Led by two cryptography researchers (*Sora* and *Enrico*), MachinaIO welcomes ad
     },
   },
   tags: {
-    keywords: ["indistinguishability obfuscation", "iO", "cryptography", "Ethereum", "FHE", "SNARKs"],
-    themes: ["cryptography", "privacy", "scalability"],
-    types: ["research", "development"],
-    builtWith: ["FHE", "SNARKs", "functional encryption", "lattice cryptography"],
+    keywords: [
+      'indistinguishability obfuscation',
+      'iO',
+      'cryptography',
+      'Ethereum',
+      'FHE',
+      'SNARKs',
+    ],
+    themes: ['cryptography', 'privacy', 'scalability'],
+    types: ['research', 'development'],
+    builtWith: [
+      'FHE',
+      'SNARKs',
+      'functional encryption',
+      'lattice cryptography',
+    ],
   },
 }

data/projects/plasma_fold.ts

@@ -1,16 +1,15 @@
-import { ProjectInterface, ProjectStatus } from "@/lib/types"
+import { ProjectInterface, ProjectStatus } from '@/lib/types'
 
 export const plasmaFold: ProjectInterface = {
-  id: "plasma_fold",
-  image: "",
-  name: "Plasma Fold",
-  section: "pse",
+  id: 'plasma_fold',
+  image: '',
+  name: 'Plasma Fold',
+  section: 'pse',
   projectStatus: ProjectStatus.ACTIVE,
   content: {
     en: {
-      tldr: "Integrating folding schemes into plasma-based L2 solutions for efficient and scalable Ethereum transactions.",
+      tldr: 'Integrating folding schemes into plasma-based L2 solutions for efficient and scalable Ethereum transactions.',
       description: `
-## Plasma Fold  
 ### Leveraging Folding Schemes for Efficient L2 Solutions  
 
 Our project builds on the external [intmax](https://www.intmax.io/) design by integrating folding schemes into their plasma-based L2 approach. While intmax uses client-side validation with minimal on-chain data and validity proofs to achieve high throughput, its reliance on resource-intensive proving can strain low-end devices. Folding schemes—with low recursive overhead and minimal memory usage—offer a powerful solution to streamline this process.
@@ -35,9 +34,16 @@ Our goal is to design and benchmark a client-friendly zk/plasma scaling solution
     },
   },
   tags: {
-    keywords: ["plasma", "folding schemes", "Ethereum", "scalability", "L2", "zero-knowledge proofs"],
-    themes: ["scalability", "L2 solutions", "zk proofs"],
-    types: ["research", "development"],
-    builtWith: ["plasma", "zk proofs", "folding schemes"],
+    keywords: [
+      'plasma',
+      'folding schemes',
+      'Ethereum',
+      'scalability',
+      'L2',
+      'zero-knowledge proofs',
+    ],
+    themes: ['scalability', 'L2 solutions', 'zk proofs'],
+    types: ['research', 'development'],
+    builtWith: ['plasma', 'zk proofs', 'folding schemes'],
   },
 }

data/projects/post-quantum-cryptography.ts

@@ -1,17 +1,15 @@
-import { ProjectInterface, ProjectStatus } from "@/lib/types"
+import { ProjectInterface, ProjectStatus } from '@/lib/types'
 
 export const postQuantumCryptography: ProjectInterface = {
-  id: "post_quantum_cryptography",
-  image: "",
-  name: "Post-Quantum Cryptography and Ethereum",
-  section: "pse",
+  id: 'post_quantum_cryptography',
+  image: '',
+  name: 'Post-Quantum Cryptography and Ethereum',
+  section: 'pse',
   projectStatus: ProjectStatus.ACTIVE,
   content: {
     en: {
       tldr: "Ensuring Ethereum's cryptographic security against future quantum threats.",
       description: `
-## Post-Quantum Cryptography and Ethereum
-
 Post-quantum cryptography (PQC) is crucial for securing digital communication against future quantum computers, which threaten to break widely used cryptographic schemes such as RSA, ECC, and DSA. A smooth transition to PQC requires careful consideration of performance trade-offs, compatibility with existing protocols, and resilience against potential future attacks.
 
 ### The Importance of PQC for Ethereum
@@ -45,9 +43,14 @@ At PSE, we are committed to staying at the forefront of the rapidly evolving fie
     },
   },
   tags: {
-    keywords: ["post-quantum cryptography", "Ethereum", "security", "cryptography"],
-    themes: ["cryptography", "security"],
-    types: ["research", "development"],
-    builtWith: ["ECC", "PQC", "zero-knowledge proofs"],
+    keywords: [
+      'post-quantum cryptography',
+      'Ethereum',
+      'security',
+      'cryptography',
+    ],
+    themes: ['cryptography', 'security'],
+    types: ['research', 'development'],
+    builtWith: ['ECC', 'PQC', 'zero-knowledge proofs'],
   },
 }

data/projects/vOPRF.ts

@@ -1,17 +1,15 @@
-import { ProjectInterface, ProjectStatus } from "@/lib/types"
+import { ProjectInterface, ProjectStatus } from '@/lib/types'
 
 export const vOPRF: ProjectInterface = {
-  id: "web2_id_nullifiers",
-  image: "",
-  name: "Web2-ID Nullifiers using vOPRF",
-  section: "pse",
+  id: 'web2_id_nullifiers',
+  image: '',
+  name: 'Web2-ID Nullifiers using vOPRF',
+  section: 'pse',
   projectStatus: ProjectStatus.ACTIVE,
   content: {
     en: {
-      tldr: "Enabling pseudonymous systems for Web2 identities using verifiable Oblivious PseudoRandom Functions (vOPRFs).",
+      tldr: 'Enabling pseudonymous systems for Web2 identities using verifiable Oblivious PseudoRandom Functions (vOPRFs).',
       description: `
-## Web2-ID Nullifiers using vOPRF  
-
 ### Overview  
 
 The Web2-ID Nullifiers project enables **pseudonymous systems for Web2 identities** using verifiable Oblivious PseudoRandom Functions (vOPRFs). It addresses the lack of **nullifiers** in Web2 IDs, which are essential for anonymous protocols. The project aims to build an infrastructure, like Semaphore, for Web2-ID registration and reuse across applications.
@@ -52,9 +50,9 @@ The Web2-ID Nullifiers project enables **pseudonymous systems for Web2 identitie
     },
   },
   tags: {
-    keywords: ["vOPRF", "nullifiers", "Web2", "privacy", "ZK proofs", "MPC"],
-    themes: ["privacy", "identity", "zero-knowledge proofs"],
-    types: ["research", "development"],
-    builtWith: ["vOPRF", "MPC", "ZK proofs"],
+    keywords: ['vOPRF', 'nullifiers', 'Web2', 'privacy', 'ZK proofs', 'MPC'],
+    themes: ['privacy', 'identity', 'zero-knowledge proofs'],
+    types: ['research', 'development'],
+    builtWith: ['vOPRF', 'MPC', 'ZK proofs'],
   },
 }