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China’s next-gen Robot Wolf Pack just went public, and this isn’t your average robotic quadruped. 🇨🇳🐺
Developed by the China Ordnance Automation Research Institute, these wolves are purpose-built for high-stakes urban warfare and ruin penetration.
The squad splits into three specialized roles: Shadow for recon, Bloody Battle for precision strikes, and Polar for logistics support.
These machines clock a top speed of 15 km/h (9.3 mph) with 12 degrees of freedom, mimicking the agility of biological predators in ruins.
Engineers boosted motor power to handle a 25 kg (55 lbs) payload while clearing 30 cm (11.8 inches) obstacles with zero stability loss.
The firepower is modular: you’re looking at micro-missiles, grenade launchers, and the 191 automatic rifle integrated into a shared-brain network.
A unified command terminal syncs the wolves with aerial drones, creating a seamless air-ground strike net via real-time SLAM mapping.
Human operators confirm every shot through voice commands, data gloves, or electronic grips, keeping a lethal man-in-the-loop for decision making.
Autonomous target acquisition meets shared situational awareness, making this swarm a major shift in modern infantry-machine teaming.
This pack proves that the gap between lab prototypes and battlefield-ready quadrupeds is officially closing. What’s your take on autonomous swarms taking over urban recon?
Developed by the China Ordnance Automation Research Institute, these wolves are purpose-built for high-stakes urban warfare and ruin penetration.
The squad splits into three specialized roles: Shadow for recon, Bloody Battle for precision strikes, and Polar for logistics support.
These machines clock a top speed of 15 km/h (9.3 mph) with 12 degrees of freedom, mimicking the agility of biological predators in ruins.
Engineers boosted motor power to handle a 25 kg (55 lbs) payload while clearing 30 cm (11.8 inches) obstacles with zero stability loss.
The firepower is modular: you’re looking at micro-missiles, grenade launchers, and the 191 automatic rifle integrated into a shared-brain network.
A unified command terminal syncs the wolves with aerial drones, creating a seamless air-ground strike net via real-time SLAM mapping.
Human operators confirm every shot through voice commands, data gloves, or electronic grips, keeping a lethal man-in-the-loop for decision making.
Autonomous target acquisition meets shared situational awareness, making this swarm a major shift in modern infantry-machine teaming.
This pack proves that the gap between lab prototypes and battlefield-ready quadrupeds is officially closing. What’s your take on autonomous swarms taking over urban recon?
🇨🇭 Global One SI - Prompt
$RGTI/USD H2 #Indicator #Signal #Trading #GlobalOneAI
Rigetti Computing $RGTI announces a $100M investment in the UK to deploy over 1,000 qubit system within 3 to 4 years.
The move aligns with the UK’s £2B national quantum strategy and targets a "TeraQuOp" (one trillion operations) milestone by 2035.
The move aligns with the UK’s £2B national quantum strategy and targets a "TeraQuOp" (one trillion operations) milestone by 2035.
Quick take on $VPG – the stealth $TSLA Optimus sensor play nobody’s talking about 🔥
Vishay Precision Group builds ultra-precise strain gauges and foil sensors that give humanoid robots real force and tactile feedback - the kind that doesn’t drift when things get hot or sweaty.
Late 2023 they quietly landed a major design win with an unnamed top humanoid developer.
Citron Research called it in April 2025: it’s Tesla’s Optimus. Timelines, tech, and Musk’s own ramp comments line up perfectly.
Fast-forward: they’re now working with three humanoid customers. Follow-on orders are rolling in, one is already shifting from prototypes to early production, and CEO Ziv Shoshani just told the Sidoti Conference (March 19) that 2026 is the pivotal year for the whole humanoid market.
Still under $600M market cap…
Vishay Precision Group builds ultra-precise strain gauges and foil sensors that give humanoid robots real force and tactile feedback - the kind that doesn’t drift when things get hot or sweaty.
Late 2023 they quietly landed a major design win with an unnamed top humanoid developer.
Citron Research called it in April 2025: it’s Tesla’s Optimus. Timelines, tech, and Musk’s own ramp comments line up perfectly.
Fast-forward: they’re now working with three humanoid customers. Follow-on orders are rolling in, one is already shifting from prototypes to early production, and CEO Ziv Shoshani just told the Sidoti Conference (March 19) that 2026 is the pivotal year for the whole humanoid market.
Still under $600M market cap…
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🇨🇭 Global One SI - Prompt
$INFQ/USD H2 #Indicator #Signal #Trading #GlobalOneAI
$INFQ $GOOG
HUGE Bullish Catalyst for Infleqtion 🔥
Google Quantum AI just dropped a major announcement: they’re officially expanding their world-class quantum program into neutral atom quantum computing - the exact technology where Infleqtion is the undisputed global leader and first publicly listed pure-play company.
This is massive validation. Google is now running two complementary modalities in parallel:
Superconducting qubits (their long-time strength in the “time dimension” - millions of gate cycles)
Neutral atoms (Infleqtion’s wheelhouse - scaling to ~10,000+ qubits in the “space dimension” with flexible any-to-any connectivity that makes error correction far more efficient)
Google’s own words: they’re now “increasingly confident” that commercially relevant quantum computers will arrive by the end of this decade. Adding neutral atoms accelerates everything.
For $INFQ this is pure rocket fuel:
Validates the entire neutral-atom roadmap Infleqtion has been pioneering
Brings Big Tech credibility and capital inflows to the sector
Positions Infleqtion perfectly in the booming Colorado quantum ecosystem (Google’s new neutral-atom team is literally setting up right in the same neighborhood)
Opens the door to potential collaborations, talent synergies, and faster commercialization
Infleqtion already delivered the UK’s first 100-qubit neutral-atom system, is well-capitalized post-IPO, and sits at the forefront of this exact modality Google just endorsed.
This isn’t just good news - it’s a sector-defining tailwind.
HUGE Bullish Catalyst for Infleqtion 🔥
Google Quantum AI just dropped a major announcement: they’re officially expanding their world-class quantum program into neutral atom quantum computing - the exact technology where Infleqtion is the undisputed global leader and first publicly listed pure-play company.
This is massive validation. Google is now running two complementary modalities in parallel:
Superconducting qubits (their long-time strength in the “time dimension” - millions of gate cycles)
Neutral atoms (Infleqtion’s wheelhouse - scaling to ~10,000+ qubits in the “space dimension” with flexible any-to-any connectivity that makes error correction far more efficient)
Google’s own words: they’re now “increasingly confident” that commercially relevant quantum computers will arrive by the end of this decade. Adding neutral atoms accelerates everything.
For $INFQ this is pure rocket fuel:
Validates the entire neutral-atom roadmap Infleqtion has been pioneering
Brings Big Tech credibility and capital inflows to the sector
Positions Infleqtion perfectly in the booming Colorado quantum ecosystem (Google’s new neutral-atom team is literally setting up right in the same neighborhood)
Opens the door to potential collaborations, talent synergies, and faster commercialization
Infleqtion already delivered the UK’s first 100-qubit neutral-atom system, is well-capitalized post-IPO, and sits at the forefront of this exact modality Google just endorsed.
This isn’t just good news - it’s a sector-defining tailwind.
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300+ Humanoid Robots Assemble! The 2026 Beijing E-Town Humanoid Half Marathon kicks off on April 19. 🤖🏃♂️
Over 300 units from 26 mainstream brands are hitting the asphalt for a grueling 21.0975km (13.1 miles) endurance gauntlet.
Beijing is ditching lab demos for a massive outdoor stress test involving 20 top-tier university labs and corporate giants.
The roster features machines over 75cm (2.46 feet) tall, restricted to pure bipedal running—no wheels or quads allowed.
Technical breakthrough: 38% of the fleet will run fully autonomous navigation, moving past the "remote-controlled puppet" era.
To force innovation, teams using remote control face a 1.2x time penalty, a ruthless filter for true embodied edge intelligence.
Each robot is equipped with a BeiDou spatial tracking system for centimeter-level positioning across urban parks and tech zones.
Beyond the run, the "Baturu" challenge throws 17 tactical obstacles at these units to verify stability for actual rescue jobs.
This is the ultimate real-world test for hardware and algorithms. What specific breakthroughs are you expecting at the 2026 Beijing E-Town Robot Marathon?
Over 300 units from 26 mainstream brands are hitting the asphalt for a grueling 21.0975km (13.1 miles) endurance gauntlet.
Beijing is ditching lab demos for a massive outdoor stress test involving 20 top-tier university labs and corporate giants.
The roster features machines over 75cm (2.46 feet) tall, restricted to pure bipedal running—no wheels or quads allowed.
Technical breakthrough: 38% of the fleet will run fully autonomous navigation, moving past the "remote-controlled puppet" era.
To force innovation, teams using remote control face a 1.2x time penalty, a ruthless filter for true embodied edge intelligence.
Each robot is equipped with a BeiDou spatial tracking system for centimeter-level positioning across urban parks and tech zones.
Beyond the run, the "Baturu" challenge throws 17 tactical obstacles at these units to verify stability for actual rescue jobs.
This is the ultimate real-world test for hardware and algorithms. What specific breakthroughs are you expecting at the 2026 Beijing E-Town Robot Marathon?
The Photonics Ecosystem
Network companies
Cisco | $CSCO
Ciena | $CIEN
Nokia | $NOK
Arista | $ANET
Juniper | $JNPR
HPE | $HPE
CPO and optical switching
Ayar Labs | Private
Celestial AI | Private
Lightmatter | Private
Broadcom | $AVGO
NVIDIA | $NVDA
Long-haul optics
Ciena | $CIEN
Nokia | $NOK
Infinera | Private
Research and standards
NTT | $9432.T
imec | Private
Transceivers
Applied Optoelectronics | AAOI
Innolight | 300308.SZ
Eoptolink | 300502.SZ
Accelink | 002281.SZ
TFC Communication | 300394.SZ
Lumentum | LITE
Coherent | COHR
Cisco | CSCO
Ciena | CIEN
Nokia | NOK
Manufacturing
Fabrinet | $FN
Jabil | $JBL
Sanmina | $SANM
Hon Hai | $2317.TW
Venture | $V03.SI
Innolight | $300308.SZ
Eoptolink | $300502.SZ
Accelink | $002281.SZ
Applied Optoelectronics | $AAOI
Packaging
Kyocera | $6971.T
Ibiden | $4062.T
Unimicron | $3037.TW
ASE | $ASX
AT&S | $ATS.VI
BESI | $BESI.AS
ASMPT | $0522.HK
Photonics foundries
Tower Semiconductor | $TSEM
GlobalFoundries | $GFS
TSMC | $TSM
STMicroelectronics | $STM
X-FAB | $XFAB
imec | Private
Ligentec | Private
Intel | $INTC
Connectivity chips
Broadcom | $AVGO
Marvell | $MRVL
Credo | $CRDO
Semtech | $SMTC
MACOM | $MTSI
SiTime | $SITM
Cisco | $CSCO
Ciena | $CIEN
Alphawave Semi | $AWE.L
MaxLinear | $MXL
Renesas | $6723.T
Lasers
Lumentum | $LITE
Coherent | $COHR
Mitsubishi Electric | $6503.T
Sumitomo Electric | $5802.T
Sivers Semiconductors | $SIVE
Scintil Photonics | Private
Modulators and PIC tech
Lightwave Logic | $LWLG
Celestial AI | Private
Ayar Labs | Private
Lightmatter | Private
POET Technologies | $POET
Photodiodes
Hamamatsu Photonics | $6965.T
Coherent | $COHR
MACOM | $MTSI
Aeluma | $ALMU
STMicroelectronics | $STM
Deposition and III-V tools
AIXTRON | $AIXA.DE
Veeco | $VECO
Oxford Instruments | $OXIG.L
ASM International | $ASM.AS
IQE | IQE.L
Coherent | $COHR
Materials and wafers
Sumitomo Electric | $5802.T
AXT | $AXTI
IQE | $IQE
Soitec | $SOI
Shin-Etsu | $4063.T
SUMCO | $3436.T
GlobalWafers | $6488.TW
Wafer Works | $6182.TW
Corning | GLW
Equipment
DISCO | 6146.T
Applied Materials | AMAT
Lam Research | LRCX
KLA | KLAC
MKS Instruments | MKSI
BESI | BESI.AS
ASMPT | 0522.HK
Testing
Anritsu | 6754.T
Keysight | KEYS
VIAVI | VIAV
Advantest | 6857.T
Teradyne | TER
EXFO | Private
FormFactor | FORM
Hamamatsu Photonics | $6965.T
Network companies
Cisco | $CSCO
Ciena | $CIEN
Nokia | $NOK
Arista | $ANET
Juniper | $JNPR
HPE | $HPE
CPO and optical switching
Ayar Labs | Private
Celestial AI | Private
Lightmatter | Private
Broadcom | $AVGO
NVIDIA | $NVDA
Long-haul optics
Ciena | $CIEN
Nokia | $NOK
Infinera | Private
Research and standards
NTT | $9432.T
imec | Private
Transceivers
Applied Optoelectronics | AAOI
Innolight | 300308.SZ
Eoptolink | 300502.SZ
Accelink | 002281.SZ
TFC Communication | 300394.SZ
Lumentum | LITE
Coherent | COHR
Cisco | CSCO
Ciena | CIEN
Nokia | NOK
Manufacturing
Fabrinet | $FN
Jabil | $JBL
Sanmina | $SANM
Hon Hai | $2317.TW
Venture | $V03.SI
Innolight | $300308.SZ
Eoptolink | $300502.SZ
Accelink | $002281.SZ
Applied Optoelectronics | $AAOI
Packaging
Kyocera | $6971.T
Ibiden | $4062.T
Unimicron | $3037.TW
ASE | $ASX
AT&S | $ATS.VI
BESI | $BESI.AS
ASMPT | $0522.HK
Photonics foundries
Tower Semiconductor | $TSEM
GlobalFoundries | $GFS
TSMC | $TSM
STMicroelectronics | $STM
X-FAB | $XFAB
imec | Private
Ligentec | Private
Intel | $INTC
Connectivity chips
Broadcom | $AVGO
Marvell | $MRVL
Credo | $CRDO
Semtech | $SMTC
MACOM | $MTSI
SiTime | $SITM
Cisco | $CSCO
Ciena | $CIEN
Alphawave Semi | $AWE.L
MaxLinear | $MXL
Renesas | $6723.T
Lasers
Lumentum | $LITE
Coherent | $COHR
Mitsubishi Electric | $6503.T
Sumitomo Electric | $5802.T
Sivers Semiconductors | $SIVE
Scintil Photonics | Private
Modulators and PIC tech
Lightwave Logic | $LWLG
Celestial AI | Private
Ayar Labs | Private
Lightmatter | Private
POET Technologies | $POET
Photodiodes
Hamamatsu Photonics | $6965.T
Coherent | $COHR
MACOM | $MTSI
Aeluma | $ALMU
STMicroelectronics | $STM
Deposition and III-V tools
AIXTRON | $AIXA.DE
Veeco | $VECO
Oxford Instruments | $OXIG.L
ASM International | $ASM.AS
IQE | IQE.L
Coherent | $COHR
Materials and wafers
Sumitomo Electric | $5802.T
AXT | $AXTI
IQE | $IQE
Soitec | $SOI
Shin-Etsu | $4063.T
SUMCO | $3436.T
GlobalWafers | $6488.TW
Wafer Works | $6182.TW
Corning | GLW
Equipment
DISCO | 6146.T
Applied Materials | AMAT
Lam Research | LRCX
KLA | KLAC
MKS Instruments | MKSI
BESI | BESI.AS
ASMPT | 0522.HK
Testing
Anritsu | 6754.T
Keysight | KEYS
VIAVI | VIAV
Advantest | 6857.T
Teradyne | TER
EXFO | Private
FormFactor | FORM
Hamamatsu Photonics | $6965.T
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