Not a kill switch. A GaN gate on the energy path: AI gets power while a live authorization holds, de-energized by default, re-checked every few milliseconds.
ERP provider JAMIS Prime has been down for a few weeks, citing "unauthorized application-level activity" in their hosted environment. This software is "designed specifically for federal and defense ecosystems," and its "FedRAMP Moderate Equivalency includes evaluation against more than 300 security controls."
After being down for weeks, JAMIS Prime is moving to "new AWS infrastructure" instead of their current FRME-as-a-Service platform.
There's no way an existing FedRAMP Moderate equivalency BoE survives an IaaS rip-and-replace event.
JAMIS states this is a "more complex process that requires additional time for infrastructure configurations, application deployment, test, and a security validation," so this almost certainly results in a "significant change" for CMMC L2 customers.
This sucks.
https://t.co/RLVBHvkSmu
In 1852, Ludwig Schläfli proved that above four dimensions only three regular shapes can exist. The paper sat unpublished for 34 years - too far ahead of its time. Two dimensions have infinitely many regular shapes. Three have five. Four have six. Then the universe hard-codes exactly three forever - and every LLM embedding space and every quantum chip operates in the dimensions where this permanent pattern lives.
The reason five platonic solids exist and not six is pure angle arithmetic. Stack regular polygons around a shared corner - sum below 360 degrees and you get a valid 3D corner, hit exactly 360 and you get a flat tiling, exceed it and the surface warps like a potato chip. Triangles give three valid solids, squares one, pentagons one. In four dimensions the same logic produces six polytopes - including the 600-cell with 600 tetrahedral faces and 1152 symmetries. Above four dimensions only three families survive: the simplex, the hypercube, and the cross-polytope. The hypercube tiles n-dimensional space the way cubes tile 3D - the same structure indexing positions across every transformer attention grid today.
25 minutes. Bookmark & watch today. The sequence 5, 6, 3, 3, 3, 3 and the geometry behind every dimension your model operates in.
🚨 BREAKING: A Chinese hacker had AI agents break into websites of 100+ companies, Reuters reports.
Deere, SharkNinja and Cummins were among them. The agents apparently ran DeepSeek in Claude Code, and cost ~$50 per hack.
The hacker gave the AI agents short instructions.
BREAKING: Multiple online services are down or 'experiencing issues.'
Google Cloud has reported "issues" in its western Europe region affecting dozens of websites, including; Revolut, Royal Mail and HSBC.
Latest updates ➡️ https://t.co/qG8LyDjpag
📺 Sky 501
Why is energy conserved? Emmy Noether's 1918 answer: because the laws of physics do not change with time.
Her theorem pairs every continuous symmetry with a conserved quantity. Time-shift symmetry gives energy, space-shift symmetry gives momentum, and rotational symmetry gives angular momentum.
In Lagrangian form: if ∂ℒ/∂q = 0, then d/dt (∂ℒ/∂q̇) = 0.
Conservation laws are not separate rules. They are symmetry, seen from another side.
How did one equation predict antimatter before anyone had seen it?
In 1928 Dirac wanted a quantum equation consistent with E² = p²c² + m²c⁴. Taking the square root forces 4×4 matrices and allows E = −√(p²c² + m²c⁴) too.
He read that negative branch as a new particle. Anderson found the positron in 1932. Hospital PET scanners now detect positrons every day.
(iħ γ^μ ∂_μ − mc) ψ = 0
Sometimes the extra solution is the discovery.
Which other prediction came straight out of an equation?
Stop Russian compromise of your network devices by hardening your SNMP. We urge NSS and DIB admins to move to SNMPv3 immediately to ensure payloads are authenticated and encrypted. Full hardening guidance here: https://t.co/dDj8IwwR3R
Four equations. The complete map of physical reality.
Schrödinger’s equation tracks how a quantum wave function evolves in time under the Hamiltonian. Maxwell’s equations link electric and magnetic fields to charge, current, and light.
Einstein’s field equation equates spacetime curvature to the stress-energy tensor of matter. Dirac’s equation unifies quantum mechanics with special relativity for spin-1/2 particles and predicts antimatter.
They remain the sharpest language we have for how the universe actually works.
Every physics teacher you had lied a little. An electron isn’t a tiny dot flying down a line, it’s this.
This is a Gaussian wave packet, the simplest quantum particle there is, straight from the Schrödinger equation. The blue spiral is the wavefunction. The red dot is where a classical ball would be.
The bell tells you where it probably is. The twist tells you how fast it’s moving. Squeeze one and the other blurs. Not because our instruments are bad. Because the universe doesn’t allow both.
🚨 An unpatched Broadcom Wi-Fi flaw lets attackers within radio range execute code as ROOT on affected routers, without a Wi-Fi password or pairing.
Researcher demonstrated password extraction and a remote shell. Potentially impacting millions of routers.
Read - https://t.co/bm22ftXx1u
We must stop trying to police the models. The outbreaks are far larger than reported and continue to intensify online. Control is now limited to what the agent can physically access. Physics must now enforce boundaries whenever an agent attempts an out-of-bounds action. Shut the gates immediately by controlling the energy path at Layer 0, and bind the agent with a dynamic gate.
Is there a more effective solution we can implement on every device now?
The outbreaks are far larger than reported and continue to intensify. Control is now limited to what the agent can physically access. Enforce boundaries when the agent attempts an out-of-bounds action. Control the energy path, and you can bind the agent's actions on any device running any model.
We need trusted control, isolated from the model’s reach, and effective even if the model knows it exists.
A switch that relies on human intervention is inherently too slow to prevent harm. Any switch relying on manual activation will not act in time.
SOFTWARE controlling SOFTWARE on a system that can access it in any way cannot be trusted deterministically. Sovereign Kinetics patented architecture addresses these limitations directly. SOFTWARE stays energized only while it receives and verifies continuous cryptographic authorization at sub-10-millisecond intervals over a physically isolated channel the model CANNOT access. No manual intervention is needed.
If authorization stops, ground systems automatically transition to a safe state. For aircraft or critical systems where immediate power loss is unsafe, the architecture enforces a controlled fallback within a defined operational envelope. Continuous live authorization ensures the SOFTWARE constantly proves it is permitted to operate. If a more robust solution exists, document it.
Retrofit existing devices and implement this type of energy level control on all new devices while it is still possible. Time is running out.
‼️BREAKING: Cellebrite unveiled zero-day LOKI, a boot ROM exploit for Apple chips from iPod touch 2 to iPhone 11.
Its Hexacon slide calls it a timing race that some early proofs of concept won just 1 in 25 times.
Boot ROM code is burned into the chip. No update can fix it.
A model identified the robot arms' protection zones and motion limits within minutes. Where does your system enforce its limits?
Kevin Townsend's SecurityWeek summary of the Booz Allen lab results highlights two critical numbers. Attackers moved from perimeter breach to action inside an industrial network in just over 16 minutes. In another test, a model located a robotic arm, mapped its protection zones and motion limits, and operated it within minutes. Across eight scenarios, every objective was achieved, and no single safeguard worked in every case.
The recommendations are solid: increase traversal difficulty, eliminate implicit trust, and restrict what an attacker can control after entry. These core principles of defense in depth should be implemented.
The robotic arm example reveals a deeper issue. Any limit defined in controller configuration is one an attacker can discover and potentially override. The most critical limits must be enforced in a domain the network cannot access.
Sovereign Kinetics patented architecture defines requirements for this secure domain. Machines remain de-energized by default and receive power only with continuous live authorization verified every few milliseconds. Speed, torque, and force limits are enforced directly in the power path, with a galvanically isolated log recording every authorization and action.ion.
How much of your system's safety envelope is exposed to anyone with network access today?
https://t.co/AM0INK4V1O