Our Mission

Connectivity. Everywhere. Always.

The internet was supposed to be everywhere. It isn't. Akca is building the protocols, the routing intelligence, and the resilient infrastructure that make connectivity survive censorship, disruption, and distance. On Earth and beyond.

Read the technology Space use cases
The Problem

Today's internet fails the moment it's tested

Censorship

Over 4 billion people live under some form of internet censorship. TLS fingerprinting, DPI, and active probing have turned "encrypted" protocols into transparent ones. When a regime flips a switch, VPNs die within hours.

Disruption

Cables get cut. Power fails. Mobile towers overload. Natural disasters and wars take entire regions offline. Today's apps assume always-on connectivity and break the instant that assumption breaks.

Distance

TCP was designed for links measured in milliseconds. It doesn't work across minutes. Space missions, remote sensing, and disconnected field operations have needed a different kind of networking for decades, and almost nothing commercial has delivered it.

What We're Building

A single stack for three environments

01

Wormtocol: cryptographic core

A quantum-safe, delay-tolerant networking protocol. Three families of cryptography (classical, lattice, and code-based) negotiate keys in a single handshake, so if one is broken in ten years, the other two keep the connection safe.

02

Delay-Tolerant Networking

Built on Bundle Protocol v7 (RFC 9171), the same standard NASA uses on the ISS, on the PACE mission, and on Artemis 2. Your data is packaged into bundles that can wait, move, and arrive even when the path disappears for minutes, hours, or days.

03

AkcaFlowEngine

An adaptive routing layer that learns what works in each region, under each censorship regime, at each time of day. Every connection makes the network smarter. Every disruption becomes training data.

Why Now

The timing isn't a coincidence

On Earth

Censorship events have tripled in five years. Post-quantum cryptography standards were finalized by NIST in 2024. Over 30 countries now run state-level DPI. Mobile-first populations in emerging markets experience 3–5 network disconnects per day. The need is not theoretical. It is measurable, daily, and getting worse.

In Space

NASA's DTN moved 34 million bundles on the PACE mission with 100% delivery success. LunaNet Interoperability Specification v5 was published in January 2025. Artemis 2 launched with DTN as part of its baseline comms stack. Commercial LEO constellations are multiplying. The same protocol that keeps a phone online in Tehran can keep a satellite online on the far side of the Moon.

Where the Money Goes

What we spend, what we build

Protocol R&D
The Wormtocol specification, reference implementation, and peer-reviewed cryptographic analysis. The bulk of our engineering time.
DTN Integration
Making Bundle Protocol v7 work not just in space labs but on consumer devices: the CLA adapters, the store-carry-forward logic, the mobile handover code.
FlowEngine Learning
Training data collection, regional brain partitioning, strategy evolution, and the backend that makes all of it privacy-preserving by default.
Open Source & Research
Contributions to public standards, collaboration with NGI Zero, TÜBİTAK, and ESA programs. Everything load-bearing is open source; the learning data and enterprise layers are commercial.

Connectivity doesn't need more marketing.
It needs more engineering.

Read the protocol See space use cases

Building in the open. Contact: contact@akca.network