cleaning oceans. protecting humanity
protocol: identity & operational mandate
foundation status
ABHELART operates as a Foundation of General Interest, architected by Eko Abhelart and Wei Novák. Our operational framework eschews traditional philanthropic models in favor of complete economic autonomy through strategic B2B logistics revenue via our Silmad platform.
core directives
We execute three synchronized vectors: Massive Extraction for oceanic remediation via the Rorqual fleet, Scientific Sovereignty through our Astrolabe/Taevlid infrastructure, and Economic Independence through self-sustaining revenue streams. No donors. No dilution. No compromise.
Rorqual system: dual-use ocean infrastructure
The Rorqual deployment represents radical technological convergence: 33,000 autonomous submarine units executing parallel missions of active depollution and sovereign compute power. This is not incremental innovation—this is systemic infrastructure redesign.
Rorqual-E: extraction vector
Microplastic interception at scale through serial production architecture. Low marginal cost, predictive maintenance protocols, continuous operational capacity.
Rorqual-C: compute vector
Offshore data hosting and high-performance calculation. Passive immersion cooling provides tactical advantage. Distributed geographic resilience across oceanic zones.
Rorqual-SMR: strategic power
Rare energy pillar units managing fleet load peaks. Supercompute relay capability. Foundation of the distributed power grid.
Rorqual-E: extraction architecture
Mission parameters
The extraction vector targets microplastic interception through systematic oceanic scanning. Each unit operates autonomously within coordinated swarm intelligence protocols, executing continuous remediation cycles across priority maritime zones.
Technical foundation
Serial production methodology enables exponential deployment scaling while maintaining sub-critical cost thresholds. Predictive maintenance algorithms minimize operational downtime. Real-time telemetry feeds central coordination systems for dynamic fleet reallocation based on pollution density mapping.
Rorqual-C & smr: compute + power infrastructure
offshore data hosting
Distributed submarine data centers leveraging passive ocean cooling. Zero-latency access via Taevlid constellation. Jurisdictional sovereignty through strategic positioning.
high-performance calculation
Climate modeling, cryptographic operations, and research computation at scale. Immersion cooling enables sustained peak performance without thermal throttling.
strategic power relay
Rare SMR units provide energy backbone for compute-intensive operations. Load balancing across distributed fleet. Emergency power redundancy protocols.
The Compute Vector transforms oceanic space into sovereign digital infrastructure. By leveraging natural cooling and distributed geography, we achieve operational resilience impossible in terrestrial facilities. Each Rorqual-C unit functions as both independent node and networked cluster member, creating an unkillable computational mesh spanning oceanic territories beyond national jurisdiction.
Silmad: predictive logistics intelligence
function
Silmad operates as the Foundation's economic engine—a B2B predictive platform aggregating multi-vector data streams to optimize global logistics flows.
data integration architecture
Our platform synthesizes meteorological patterns, port congestion metrics, geopolitical risk indices, and real-time fleet availability across maritime and terrestrial networks. The result: radical optimization of supply chain efficiency for enterprise clients.
revenue model
Unlike traditional foundations dependent on donor volatility, Silmad generates sustained operational capital through subscription licensing and transaction-based optimization services. This economic independence enables uncompromised pursuit of our climate infrastructure mission.
average cost reduction
For enterprise logistics clients using Silmad optimization
data points
Processed per second across global maritime networks
annual revenue
Funding complete Foundation operational independence
Taevlid constellation: sovereign network architecture
deployment scale
3,333 satellites in low Earth orbit creating comprehensive global mesh network with redundant coverage patterns
network performance
Sub-50ms latency for scientific data transmission. Proprietary frequency allocation ensures zero commercial interference
operational independence
Complete autonomy from terrestrial internet infrastructure. Unkillable connectivity for critical climate research coordination
security protocol
Post-quantum cryptographic standards native to all transmissions. Zero-knowledge architecture prevents data interception
Taevlid represents infrastructure sovereignty in its purest form. By controlling every layer from orbital mechanics to encryption protocols, we guarantee that climate science coordination cannot be severed, throttled, or surveilled by nation-states or corporate entities. Connectivity is a weapon—we've built one that cannot be disarmed.
Ubika terminal & Astrolabe OS
Ubika: secure access hardware
Physical terminal devices distributed exclusively to accredited researchers. Each Ubika unit provides hardened connection to the Taevlid constellation, with biometric authentication and tamper-evident architecture. Zero cloud dependency—all operations execute locally or via satellite uplink.
Astrolabe: coordination software
Purpose-built operating system for scientific collaboration. Features include end-to-end encrypted messaging, distributed research libraries synchronized across Taevlid, and expert cluster formation tools enabling rapid knowledge synthesis during climate emergencies.
end-to-end encryption
All communications protected by post-quantum cryptographic standards (PQC). Keys never leave Ubika hardware.
distributed libraries
Research data replicated across Taevlid nodes. Complete immunity to single-point censorship or data loss.
expert clustering
AI-assisted formation of specialist teams based on research domains. Accelerates crisis response coordination.
the architects: Eko Abhelart & Wei Novák
Eko Abhelart
systems architect
Origin: Tallinn / Stanford / Paris
Background: SpaceX LEO industrialization team. Led satellite deployment optimization protocols during Starlink scaling phase.
Vision: "Connectivity is a sovereignty weapon. It must be incuttable."
Trajectory: Departed Silicon Valley (2025) to architect resilient infrastructure independent of venture capital imperatives. Co-founded Silmad and ABHELART Foundation.
Wei Novák
cryptography lead
Origin: Prague / Taipei / Paris
Background: École Normale Supérieure (Cryptography Lab), ASML (Lithography security architecture).
Expertise: Post-quantum security protocols and zero-trust network architecture. Pioneer in lattice-based cryptographic implementations.
Trajectory: Co-founded Silmad and ABHELART to secure the digital backbone of sovereign climate infrastructure.
"We are not building a charity. We are building critical infrastructure that cannot be shut down, defunded, or compromised. The climate crisis demands nothing less than complete operational sovereignty."
Operational Engagement: Strategic Partnerships
ABHELART Foundation seeks alignment with entities committed to infrastructure-first climate action. We do not solicit donations. We engage strategic partners capable of accelerating deployment, scaling production, or providing access to critical maritime territories.
Industrial Partners
Manufacturing capacity for Rorqual serial production. Naval engineering expertise. Advanced materials suppliers.
Research Institutions
Climate modeling centers. Oceanographic institutes. Post-quantum cryptography labs requiring sovereign compute infrastructure.
Strategic Investors
Deep tech funds with decade-horizon commitments. Sovereign wealth entities aligned with climate infrastructure imperatives.
For partnership inquiries, technical specifications, or deployment coordination, reach our operational team at contact@abhelartfundation.org. All communications are Taevlid-encrypted and reviewed within 72 hours.
abhelart foundation