Tim Cook could reportedly step down as Apple CEO as early as next year 🚨
Apple’s board and senior executives have recently accelerated its succession plans, with John Ternus (Apple’s Senior VP of Hardware Engineering) the favorite to takeover
Source: Financial Times
Apple’s board and senior executives have recently accelerated its succession plans, with John Ternus (Apple’s Senior VP of Hardware Engineering) the favorite to takeover
Source: Financial Times
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Tech Office : Updates & Tech News ~1
Tim Cook could reportedly step down as Apple CEO as early as next year 🚨 Apple’s board and senior executives have recently accelerated its succession plans, with John Ternus (Apple’s Senior VP of Hardware Engineering) the favorite to takeover Source: Financial…
The Upcoming Guy
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First look of iPadOS on iPhone 17 Pro Max
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Professional Engineers Bill (2025) — Key Points
Objective:
AICTE has prepared the draft *Professional Engineers Bill (2025)* to create a nationwide licensing and registration framework for practising engineers. It establishes the Indian Professional Engineers’ Council (IPEC) as the statutory regulator.
---
What the Bill Proposes
* Mandatory registration for anyone practising engineering that affects public safety, health, or welfare.
* Only registered individuals may use the protected noscript “Professional Engineer” (P.Engr.).
* IPEC will maintain registers, set competency standards, enforce a Code of Ethics, and conduct disciplinary actions.
* Practices covered: design, supervision, consulting, construction, production, operation, and related engineering services.
* Teaching-only roles are expected to be exempt; those who also practise must register.
* International alignment via frameworks like the Washington Accord.
---
Governance Structure
* Board of Governors + Initial Council of 27 members for the first 3 years.
* Nominations come from various ministries (MoE, DRDO, ISRO etc.), IITs/NITs, State Governments, industry associations (CII, FICCI) etc.
---
Transition & Timeline
* Stakeholder feedback phase completed.
* AICTE is finalising the draft for submission to the Ministry of Education.
* Aim: Introduce the Bill in Parliament’s Winter Session (Dec 1–19, 2025).
* Proposed 5–10 year transition for existing practitioners to register.
Objective:
AICTE has prepared the draft *Professional Engineers Bill (2025)* to create a nationwide licensing and registration framework for practising engineers. It establishes the Indian Professional Engineers’ Council (IPEC) as the statutory regulator.
---
What the Bill Proposes
* Mandatory registration for anyone practising engineering that affects public safety, health, or welfare.
* Only registered individuals may use the protected noscript “Professional Engineer” (P.Engr.).
* IPEC will maintain registers, set competency standards, enforce a Code of Ethics, and conduct disciplinary actions.
* Practices covered: design, supervision, consulting, construction, production, operation, and related engineering services.
* Teaching-only roles are expected to be exempt; those who also practise must register.
* International alignment via frameworks like the Washington Accord.
---
Governance Structure
* Board of Governors + Initial Council of 27 members for the first 3 years.
* Nominations come from various ministries (MoE, DRDO, ISRO etc.), IITs/NITs, State Governments, industry associations (CII, FICCI) etc.
---
Transition & Timeline
* Stakeholder feedback phase completed.
* AICTE is finalising the draft for submission to the Ministry of Education.
* Aim: Introduce the Bill in Parliament’s Winter Session (Dec 1–19, 2025).
* Proposed 5–10 year transition for existing practitioners to register.
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Data Protection Board of India (DPBI)
* Established under the Digital Personal Data Protection Act, 2023 (Section 18).
* Acts as an adjudicatory and enforcement body for digital personal-data violations.
Key Functions
* Handles complaints from individuals.
* Investigates personal-data breaches.
* Orders urgent mitigation measures.
* Imposes financial penalties.
* Accepts voluntary undertakings.
* Can block apps/websites of repeat offenders.
Structure
* Comprises a Chairperson + Members, appointed by the Central Government.
* Members must have expertise in law, tech, governance or related fields.
* Functions as a body corporate.
Status & Significance
* Requires rules and appointments for full operation.
* Strengthens digital-privacy enforcement in India.
Concerns
* Resources, and limited scope (covers only digital data).
* Established under the Digital Personal Data Protection Act, 2023 (Section 18).
* Acts as an adjudicatory and enforcement body for digital personal-data violations.
Key Functions
* Handles complaints from individuals.
* Investigates personal-data breaches.
* Orders urgent mitigation measures.
* Imposes financial penalties.
* Accepts voluntary undertakings.
* Can block apps/websites of repeat offenders.
Structure
* Comprises a Chairperson + Members, appointed by the Central Government.
* Members must have expertise in law, tech, governance or related fields.
* Functions as a body corporate.
Status & Significance
* Requires rules and appointments for full operation.
* Strengthens digital-privacy enforcement in India.
Concerns
* Resources, and limited scope (covers only digital data).
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🌐 The “Next Y2K”: The Year 2038 Problem
What it is
Many Unix/C-based systems store time as a signed 32-bit integer (
This number reaches its maximum at 03:14:07 UTC, 19 Jan 2038.
One second later, it overflows, becoming negative — making systems think it's December 1901.
That breaks anything relying on time: logs, schedules, certificates, calculations, and more.
---
Who’s at risk
* Legacy systems running 32-bit OSes
* Embedded/industrial devices (PLCs, SCADA, routers, sensors)
* Old databases & applications using 32-bit timestamps
* IoT devices with long lifespans and no update path
Modern 64-bit systems are mostly safe, but legacy tech remains widespread and often forgotten.
---
Possible failures
* Wrong or corrupted timestamps
* Broken cron jobs & schedulers
* TLS/certificate validation errors
* Audit/log malfunction
* Software crashes or unpredictable behavior
Impact ranges from mildly annoying → operationally dangerous.
---
Mitigation
* Migrate to 64-bit time (practically fixes the issue for centuries)
* Update OS, libraries, and firmware
* Replace unsupported hardware
* Test date handling beyond 2038
* Avoid mixing old 32-bit and new 64-bit interfaces carelessly
---
Bottom line
The Year 2038 bug is real but fixable.
The biggest danger isn’t modern computers — it’s the hidden, long-lived embedded systems quietly running the world.
What it is
Many Unix/C-based systems store time as a signed 32-bit integer (
time_t), counting seconds since 1 Jan 1970.This number reaches its maximum at 03:14:07 UTC, 19 Jan 2038.
One second later, it overflows, becoming negative — making systems think it's December 1901.
That breaks anything relying on time: logs, schedules, certificates, calculations, and more.
---
Who’s at risk
* Legacy systems running 32-bit OSes
* Embedded/industrial devices (PLCs, SCADA, routers, sensors)
* Old databases & applications using 32-bit timestamps
* IoT devices with long lifespans and no update path
Modern 64-bit systems are mostly safe, but legacy tech remains widespread and often forgotten.
---
Possible failures
* Wrong or corrupted timestamps
* Broken cron jobs & schedulers
* TLS/certificate validation errors
* Audit/log malfunction
* Software crashes or unpredictable behavior
Impact ranges from mildly annoying → operationally dangerous.
---
Mitigation
* Migrate to 64-bit time (practically fixes the issue for centuries)
* Update OS, libraries, and firmware
* Replace unsupported hardware
* Test date handling beyond 2038
* Avoid mixing old 32-bit and new 64-bit interfaces carelessly
---
Bottom line
The Year 2038 bug is real but fixable.
The biggest danger isn’t modern computers — it’s the hidden, long-lived embedded systems quietly running the world.
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Tech Office : Updates & Tech News ~1
Photo
📘 1. mAh/hr List (High → Low)
1. Galaxy S25 Ultra – 45W PD – 5083 mAh/hr
2. iPhone 17 Pro Max – 42W PD – 4027 mAh/hr
3. Sony Xperia 1 VII – 30W PD – 3448 mAh/hr
4. Galaxy S25 – 25W – 3116 mAh/hr
5. iPhone 17 Pro – 35W PD – 3068 mAh/hr
6. iPhone 17 – 35W PD – 2606 mAh/hr
7. iPhone Air – 18W PD – 2032 mAh/hr
1. Galaxy S25 Ultra – 45W PD – 5083 mAh/hr
2. iPhone 17 Pro Max – 42W PD – 4027 mAh/hr
3. Sony Xperia 1 VII – 30W PD – 3448 mAh/hr
4. Galaxy S25 – 25W – 3116 mAh/hr
5. iPhone 17 Pro – 35W PD – 3068 mAh/hr
6. iPhone 17 – 35W PD – 2606 mAh/hr
7. iPhone Air – 18W PD – 2032 mAh/hr
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Tech Office : Updates & Tech News ~1
Photo
Gravity Ageing — Summary of Continue Research’s Hypothesis
Continue Research, founded by Deepinder Goyal, proposes the Gravity Ageing Hypothesis:
Earth’s constant 1g pull gradually reduces cerebral blood flow (CBF) over decades—especially to high-demand regions like the hypothalamus and brainstem—triggering systemic ageing.
Core Claims
* Ageing brains show a steady CBF decline (~0.7%/year).
* Upright posture reduces CBF; gravity strains circulation to the brain.
* Reduced perfusion may impair regulatory centers controlling hormones, metabolism, and repair.
Reported Findings
* Passive inversion: ~20% CBF increase.
* Active inversion: ~13% increase.
* 6-week protocol (10 min/day): ~7% average daily CBF boost
→ framed as “≈10 years younger” based on annual decline.
Proposed Interventions
* Inversion therapy (inversion tables).
* Inverted yoga poses (e.g., legs-up-the-wall, headstands).
* Supportive habits: posture, exercise, sleep, hydration.
* A $25M fund launched to back upstream ageing research.
Why It’s Interesting
* Connects physics (gravity) with biology (ageing) in a novel way.
* Suggests low-tech, accessible interventions may aid brain perfusion.
Key Caveats
* Early-stage hypothesis; limited peer-reviewed data.
* Causation not established; effect sizes need validation.
* Long-term safety of inversion varies (heart, eye, BP risks).
* Unclear how much CBF boosts translate to slowed biological ageing.
Continue Research, founded by Deepinder Goyal, proposes the Gravity Ageing Hypothesis:
Earth’s constant 1g pull gradually reduces cerebral blood flow (CBF) over decades—especially to high-demand regions like the hypothalamus and brainstem—triggering systemic ageing.
Core Claims
* Ageing brains show a steady CBF decline (~0.7%/year).
* Upright posture reduces CBF; gravity strains circulation to the brain.
* Reduced perfusion may impair regulatory centers controlling hormones, metabolism, and repair.
Reported Findings
* Passive inversion: ~20% CBF increase.
* Active inversion: ~13% increase.
* 6-week protocol (10 min/day): ~7% average daily CBF boost
→ framed as “≈10 years younger” based on annual decline.
Proposed Interventions
* Inversion therapy (inversion tables).
* Inverted yoga poses (e.g., legs-up-the-wall, headstands).
* Supportive habits: posture, exercise, sleep, hydration.
* A $25M fund launched to back upstream ageing research.
Why It’s Interesting
* Connects physics (gravity) with biology (ageing) in a novel way.
* Suggests low-tech, accessible interventions may aid brain perfusion.
Key Caveats
* Early-stage hypothesis; limited peer-reviewed data.
* Causation not established; effect sizes need validation.
* Long-term safety of inversion varies (heart, eye, BP risks).
* Unclear how much CBF boosts translate to slowed biological ageing.
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POCO F6 Official HyperOS 2.0.205 OTA Update Review, Performance Improved | HyperOS 3 When?
https://youtu.be/97Ao1UTojcE
https://youtu.be/97Ao1UTojcE
https://youtu.be/97Ao1UTojcE
Download Link
HyperOS 2.0.205 Update Link
Link 1 , Link 2
Early access HyperOS update
https://youtu.be/97Ao1UTojcE
https://youtu.be/97Ao1UTojcE
https://youtu.be/97Ao1UTojcE
Download Link
HyperOS 2.0.205 Update Link
Link 1 , Link 2
Early access HyperOS update
According to @VadimYuryev test, the OnePlus 15 with the Qualcomm Snapdragon 8 Elite 5 stopped the 3Dmark test due to overheating
iPhone 17 PM: 39.1 °C
OnePlus 15: 51.9 °C
iPhone 17 PM: 39.1 °C
OnePlus 15: 51.9 °C
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UNISOC T9300:
Key Specifications
• Process Technology:
6 nm
• CPU:
8-core architecture
– 2× Cortex-A78 @ up to 2.4 GHz
– 6× Cortex-A55 @ up to 2.2 GHz
• GPU:
Mali-G57 (2-core)
• Memory Support:
LPDDR4X
• Storage Support:
UFS 2.2
• Benchmark (Claimed):
~550,000 points (AnTuTu V10)
• Camera Capabilities:
Up to 200 MP
7th-generation Vivimagic image engine
• Display Support:
FHD+ up to 144 Hz
1.5K up to 90 Hz
• Connectivity:
5G NR (Release 17)
NTN satellite communications
5G MBS (Broadcast/Multicast)
Dual-5G SIM support
• Power Efficiency:
38% better energy efficiency vs. previous generation
Key Specifications
• Process Technology:
6 nm
• CPU:
8-core architecture
– 2× Cortex-A78 @ up to 2.4 GHz
– 6× Cortex-A55 @ up to 2.2 GHz
• GPU:
Mali-G57 (2-core)
• Memory Support:
LPDDR4X
• Storage Support:
UFS 2.2
• Benchmark (Claimed):
~550,000 points (AnTuTu V10)
• Camera Capabilities:
Up to 200 MP
7th-generation Vivimagic image engine
• Display Support:
FHD+ up to 144 Hz
1.5K up to 90 Hz
• Connectivity:
5G NR (Release 17)
NTN satellite communications
5G MBS (Broadcast/Multicast)
Dual-5G SIM support
• Power Efficiency:
38% better energy efficiency vs. previous generation
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🇮🇳 India to Introduce AI Education (From 2026–27)
📘 Overview
India will make Artificial Intelligence (AI) and Computational Thinking (CT) a mandatory subject from Class 3 starting in the 2026–27 academic year. The initiative aligns with:
* NEP 2020
* NCF-SE 2023
Learning materials, teacher guides, and digital resources will be ready by December 2025.
---
📚 Key Features
* AI + CT Curriculum: Age-appropriate modules from Class 3 onward.
* Mandatory Integration: Included in regular timetables across schools.
* Digital + Print Content: Lesson materials, student books, and teacher handbooks.
* Teacher Training: Massive nationwide upskilling supported by CBSE and national training programs.
* Policy Alignment: Designed to build foundational digital and AI literacy early.
---
🎯 Purpose of the Initiative
* Prepare an AI-ready generation.
* Equip students with skills for future digital jobs.
* Foster problem-solving, logic, creativity, and responsible tech use.
---
⚙️ Implementation Timeline
* 2024–25: Framework design, pilot studies, teacher training roadmap.
* By Dec 2025: Final learning materials and digital modules prepared.
* 2026–27: Mandatory rollout from Class 3 in all boards adopting NCF-SE.
---
⚠️ Anticipated Challenges
* Ensuring teacher readiness across regions.
* Infrastructure gaps in rural and under-resourced schools.
* Maintaining equity and accessibility.
* Designing age-appropriate AI content for younger learners.
📘 Overview
India will make Artificial Intelligence (AI) and Computational Thinking (CT) a mandatory subject from Class 3 starting in the 2026–27 academic year. The initiative aligns with:
* NEP 2020
* NCF-SE 2023
Learning materials, teacher guides, and digital resources will be ready by December 2025.
---
📚 Key Features
* AI + CT Curriculum: Age-appropriate modules from Class 3 onward.
* Mandatory Integration: Included in regular timetables across schools.
* Digital + Print Content: Lesson materials, student books, and teacher handbooks.
* Teacher Training: Massive nationwide upskilling supported by CBSE and national training programs.
* Policy Alignment: Designed to build foundational digital and AI literacy early.
---
🎯 Purpose of the Initiative
* Prepare an AI-ready generation.
* Equip students with skills for future digital jobs.
* Foster problem-solving, logic, creativity, and responsible tech use.
---
⚙️ Implementation Timeline
* 2024–25: Framework design, pilot studies, teacher training roadmap.
* By Dec 2025: Final learning materials and digital modules prepared.
* 2026–27: Mandatory rollout from Class 3 in all boards adopting NCF-SE.
---
⚠️ Anticipated Challenges
* Ensuring teacher readiness across regions.
* Infrastructure gaps in rural and under-resourced schools.
* Maintaining equity and accessibility.
* Designing age-appropriate AI content for younger learners.
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