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chore: update website content (IFT, new service units)

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docs/contribute.md
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For code contributions, see our "good first issue" lists for various Vac related code bases:
* [nim-libp2p](https://github.com/status-im/nim-libp2p)
* [nim-libp2p](https://github.com/vacp2p/nim-libp2p)
* [zerokit](https://github.com/vacp2p/zerokit/labels/good%20first%20issue)
* [wakurtosis](https://github.com/logos-co/wakurtosis)
* [stealth-address-kit](https://github.com/vacp2p/stealth-address-kit)
<!---

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# Vac Deep Research
Vac Deep Research is at the forefront of cutting-edge exploration and innovation within the Logos collective.
Vac Deep Research is at the forefront of cutting-edge exploration and innovation within the IFT.
Their work extends beyond scientific publications, actively bridging the gap between theory and practice.
The team collaborates with various entities, such as Vac R&D units, incubator projects, and Logos projects, to bring their research findings to fruition.
The team collaborates with various entities, such as Vac R&D units, incubator projects, and IFT projects, to bring their research findings to fruition.
Part of this effort includes identifying opportunities for and spawning new incubator projects,
allowing Vac Deep Research to translate their research findings into practical applications within the Logos ecosystem.
allowing Vac Deep Research to translate their research findings into practical applications within the IFT.
Deep research encompasses several key areas, including zero knowledge (ZK), decentralised privacy-preserving node provider networks, validator privacy, and libp2p gossipsub improvements.
## Zero-knowledge proofs
## Zero-knowledge Proofs
In the realm of ZKP, Vac Deep Research has made contributions that have given rise to the [incubator projects](/vips) zkVM and RLNP2P.
In the realm of ZKP, Vac Deep Research has made contributions that have given rise to the [incubator project](/vips) Nescience.
The team delved into the intricacies of zero-knowledge proofs, exploring their applications and pushing the boundaries of privacy-preserving technologies.
By advancing the field of ZK, Vac Deep Research strengthens the foundation for secure and confidential interactions within decentralised networks.
## Decentralised privacy-preserving node provider networks
This research area focuses on the development of protocols and mechanisms that ensure privacy and security for both users and node providers, initially with a focus on Ethereum node providers.
This includes addressing concerns related to validator privacy.
The team also plans to extend their research to encompass Nomos.
## Libp2p gossipsub improvements
## Libp2p Gossipsub Improvements
Another area of focus for Vac Deep Research is "libp2p gossipsub improvements".
The team explores ways to enhance the performance, efficiency, and reliability of the libp2p gossipsub protocol.
By conducting in-depth research and proposing improvements, Vac Deep Research aims to optimise information sharing and communication within decentralised networks,
contributing to the overall robustness and scalability of the P2P layers of Logos projects.
contributing to the overall robustness and scalability of the P2P layers of IFT projects.
## Anonymization Networks
Vac also researches anonymization networks, with the main goal of a libp2p gossipsub anonymization layer with pluggable project specific components.

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---
# About Vac
Vac builds [public good](https://en.wikipedia.org/wiki/Public_good) protocols for the decentralised web.
As an integral part of the [Logos collective](https://logos.co/),
Vac comprises [R&D Service Units](/vsus), [Incubator Projects](/vips), [Deep Research](/research), and the [RFC (specification) process](/rfcprocess) for Logos projects.
We do applied research based on which we build protocols, libraries, and publications.
Vac is a principle-driven research and development group that provides technical support to each [IFT](https://free.technology/) startup.
Vac comprises [R&D Service Units](/vsus), [Deep Research](/deepresearch), and [Incubator Projects](/vips).
We do applied research based on which we build protocols, libraries, [specifications](https://rfc.vac.dev/), and publications.
As custodians of these protocols, our aim is to adhere to [a set of principles](/principles) that ensure their alignment with our core values and objectives.

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module.exports = {
main: [
'index',
'principles',
'deepresearch',
'rfcprocess',
'vsus',
'deepresearch',
'vips',
'publications',
'principles',
'contribute',
'media',
{
type: 'category',
label: 'Resources',

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# Vac Incubator Projects
The Vac incubator projects zkVM and RLNP2P are emerging initiatives that stem from Vac's [deep research](/deepresearch) efforts.
These projects are envisioned to eventually become separate Logos projects, benefiting from the support and resources of both the Deep Research and R&D Service Units within Vac.
Vac incubator projects are emerging initiatives that stem from Vac's [deep research](/deepresearch) efforts.
These projects are envisioned to eventually become separate IFT projects, benefiting from the support and resources of both the Deep Research and R&D Service Units within Vac.
The incubator projects operate within Vac, leveraging the expertise and collaboration available to them.
The Vac incubator projects exemplify the dedication and innovation within Vac and the Logos collective,
working towards the realisation of a network state that empowers individuals and fosters a more equitable and trustworthy digital society.
## Nescience
## zkVM
[Nescience](https://vac.dev/rlog/Nescience-A-zkVM-leveraging-hiding-properties) focuses on developing a privacy preserving general-purpose zero-knowledge virtual machine.
It enables privacy-preserving computing, which holds significant importance for IFT programs, espcially [Logos](https://logos.co/).
zkVM focuses on developing a general-purpose zero-knowledge virtual machine.
It enables privacy-preserving computing, which holds significant importance for Logos.
## RLNP2P
RLNP2P centres around the application of RLN (Rate Limiting Nullifier) to peer-to-peer (P2P) networks.
RLN plays a crucial role in providing denial-of-service (DoS) protection within otherwise permissionless and privacy-preserving network protocols.
RLNP2P works closely with the [PSE](https://appliedzkp.org/), collaborating to enhance and refine RLN for efficiency.
By leveraging RLN, P2P protocols and applications can achieve economic, anonymous spam protection, contributing to a decentralised, sybil-resistant, and privacy-preserving communication channel.

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# Vac R&D Service Units
Vac's R&D Service Units play a crucial role in supporting Logos projects within the Logos collective.
Vac's R&D Service Units play a crucial role in supporting [IFT](https://free.technology) projects.
In addition to providing expertise, resources, and technical guidance,
they also develop software artefacts, such as [nim-libp2p](https://github.com/status-im/nim-libp2p),
which can be employed beyond Logos projects.
## Token Economics
The Tokenomics R&D Service Unit is dedicated to designing custom tokens and crafting incentivisation strategies for Logos projects.
Leveraging their expertise in decentralised economics and incentive design, the unit develops tailored token models that promote engagement and value creation.
Through close collaboration with project teams, they ensure that the tokenomic frameworks align with project objectives while also incorporating the latest trends and best practices.
## Distributed Systems Testing
The Distributed Systems Testing (DST) R&D Service Unit is responsible for developing distributed systems testing software,
such as [Wakurtosis](https://github.com/logos-co/wakurtosis).
Their primary objective is to assist Logos projects in understanding the scaling behaviour of their nodes within larger networks.
By conducting thorough regression testing, this unit helps identify potential bottlenecks and performance issues,
ensuring the reliability and stability of the projects.
Their expertise in distributed systems testing enables Logos projects to deliver scalable and resilient solutions that can withstand the demands of real-world decentralised applications.
they also develop software artefacts, such as [nim-libp2p](https://github.com/status-im/nim-libp2p) and [zerokit](https://github.com/vacp2p/zerokit).
## P2P
The P2P R&D Service Unit is a vital part of Vac, specialising in peer-to-peer (P2P) technologies.
They develop nim-libp2p, work on improving the [libp2p gossipsub](https://docs.libp2p.io/concepts/pubsub/overview/) protocol, and assist projects with the integration of P2P network layers.
This unit collaborates closely with Vac's deep research team to conduct research aimed at enhancing libp2p gossipsub.
By focusing on advancing P2P technologies, they contribute to the overall improvement and efficiency of decentralised networks,
enabling seamless decentralised communication for the Logos collective and beyond.
We develop [nim-libp2p](https://github.com/status-im/nim-libp2p), work on improving the [libp2p gossipsub](https://docs.libp2p.io/concepts/pubsub/overview/) protocol,
and assist projects with the integration of P2P network layers.
We collaborate closely with [Vac Deep Research](/deepresearch) to conduct research aimed at enhancing libp2p gossipsub.
By focusing on advancing P2P technologies, we contribute to the overall improvement and efficiency of decentralised networks,
enabling seamless decentralised communication for IFT Projects and beyond.
## Applied Cryptography & ZK
## Token Economics (TKE)
The Vac Token Economics Unit is dedicated to assisting IFT projects in designing their token economies, incentives, and markets.
Our collaboration with IFT project teams is intensive and on a day-to-day basis,
where we not only respond to their needs but also proactively drive the conversation forward by suggesting new ideas and strategies based on our research.
Our team brings together a broad spectrum of skills and knowledge, ranging from the modeling of dynamic systems to theoretical modeling, and general cryptoeconomics.
## Distributed Systems Testing (DST)
The Distributed Systems Testing (DST) R&D Service Unit is responsible for developing distributed systems testing software.
Our primary objective is to assist IFT projects in understanding the scaling behaviour of their nodes within larger networks.
By conducting thorough regression testing, we help identify potential bottlenecks and performance issues,
ensuring the reliability and stability of the projects.
Our expertise in distributed systems testing enables IFT projects to deliver scalable and resilient solutions that can withstand the demands of real-world decentralised applications.
## Quality Assurance (QA)
The QA Service Unit is dedicated to supporting IFT projects through the development and execution of comprehensive test plans.
Our primary responsibilities include implementing unit tests and interoperability tests to ensure seamless integration and functionality across systems.
We play a crucial role in the verification of project implementations.
By rigorously testing project implementations against defined specifications, we ensure that all functionalities align with the project's requirements.
Our proactive approach in identifying and reporting bugs ensures that any issues are addressed promptly, enhancing the overall quality and reliability of the software.
Through meticulous testing and quality assurance processes, the QA Service Unit ensures that IFT projects deliver robust and high-performing software solutions.
## Smart Contracts (SC)
The IFT Smart Contracts Service Unit specializes in the development, maintenance, and auditing of smart contracts for IFT projects.
Our team ensures that all smart contracts are robust, secure, and aligned with project requirements.
We design and develop smart contracts tailored to the specific needs of IFT projects, ensuring they function as intended and are up-to-date with any project changes or requirements.
Our thorough auditing process involves meticulously reviewing smart contracts to identify and rectify potential vulnerabilities, ensuring the highest standards of security and reliability.
## Nim
With IFT's extensive use of the [Nim](https://nim-lang.org/) ecosystem,
the Nim Service Unit focuses on the development and maintenance of Nim tooling and core libraries essential for IFT projects.
We work on critical tools in the Nim ecosystem, including the Nim compiler, Nimble (package manager), and nim-suggest, ensuring they are efficient, reliable, and up-to-date.
We plan to maintain core libraries developed by IFT, such as [Chronos](https://github.com/status-im/nim-chronos).
The Nim units mandatet also includes providing support to IFT projects regarding the use of Nim, identifying and addressing specific project needs and demands related to the Nim ecosystem.
## Applied Cryptography & ZK (ACZ)
The Applied Cryptography & ZK R&D Service Unit focuses on cryptographic solutions and zero-knowledge (ZK) proofs.
They provide valuable assistance to Logos projects by offering expertise in employing ZK proofs and implementing cryptographic techniques.
This unit specialises in areas such as employing noise protocol channels and other cryptographic-related aspects.
We provide valuable assistance to IFT projects by offering expertise in employing ZK proofs and implementing cryptographic techniques.
We specialise in areas such as employing noise protocol channels and other cryptographic-related aspects.
By leveraging cutting-edge cryptographic technologies, they enhance the security, privacy, and trustworthiness of Logos projects,
contributing to the overall integrity and resilience of the decentralised web ecosystem.
We are developing [zerokit](https://github.com/vacp2p/zerokit) and [stealth-address-kit](https://github.com/vacp2p/stealth-address-kit).
## RFC
The Vac RFC unit serves as a vital cornerstone in the IFT,
taking on the responsibility of shepherding and editing [specifications](https://rfc.vac.dev/) for IFT projects.
By meticulously crafting and overseeing these specifications, the Vac RFC unit acts as a linchpin for ensuring standardised and interoperable protocols within the Logos ecosystem
Our expertise and attention to detail contribute to a cohesive and collaborative environment, facilitating seamless integration and advancement of decentralised technologies throughout the IFT and beyond.