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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
😭9❤3🔥2🗿1
🇮🇳 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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Tech Office : Updates & Tech News ~1
Photo
🌐 Health Sentinel — NCDC’s AI Disease-Surveillance System
What it is
Health Sentinel is an AI-powered, media-scanning event-based surveillance system deployed by India’s NCDC in April 2022. It augments traditional disease surveillance by detecting unusual health events from news and online reports in 13 Indian languages.
How it works
1. Ingests large volumes of online media.
2. Filters and translates relevant articles.
3. Extracts structured data: disease, location, case/death counts, event type.
4. Clusters duplicates into unique events.
5. Sends them to NCDC’s Media Scanning & Verification Cell for human review.
6. Verified signals are issued as alerts to state/district authorities.
Scale & impact
* Processes hundreds of millions of articles.
* Identified ~95,000 unique events.
* Flagged ~3,500 potential outbreaks.
* Generated 5,000+ alerts (2022–2025).
* Achieves ~98% reduction in manual workload.
* Extracts ~96% of events now published in national surveillance reports.
Why it matters
* Enables earlier detection of outbreaks.
* Expands coverage across languages and regions.
* Supports One-Health monitoring of ~122 human & animal diseases.
* Frees experts to focus on verification and response.
Limitations
* Relies on media coverage; remote regions may be underrepresented.
* Possible noise or inaccuracies from sources and translations.
* Human validation remains essential.
In essence
Health Sentinel is a high-scale, multilingual AI system that strengthens India’s surveillance ecosystem, providing faster, broader situational awareness — a powerful complement to indicator-based systems.
What it is
Health Sentinel is an AI-powered, media-scanning event-based surveillance system deployed by India’s NCDC in April 2022. It augments traditional disease surveillance by detecting unusual health events from news and online reports in 13 Indian languages.
How it works
1. Ingests large volumes of online media.
2. Filters and translates relevant articles.
3. Extracts structured data: disease, location, case/death counts, event type.
4. Clusters duplicates into unique events.
5. Sends them to NCDC’s Media Scanning & Verification Cell for human review.
6. Verified signals are issued as alerts to state/district authorities.
Scale & impact
* Processes hundreds of millions of articles.
* Identified ~95,000 unique events.
* Flagged ~3,500 potential outbreaks.
* Generated 5,000+ alerts (2022–2025).
* Achieves ~98% reduction in manual workload.
* Extracts ~96% of events now published in national surveillance reports.
Why it matters
* Enables earlier detection of outbreaks.
* Expands coverage across languages and regions.
* Supports One-Health monitoring of ~122 human & animal diseases.
* Frees experts to focus on verification and response.
Limitations
* Relies on media coverage; remote regions may be underrepresented.
* Possible noise or inaccuracies from sources and translations.
* Human validation remains essential.
In essence
Health Sentinel is a high-scale, multilingual AI system that strengthens India’s surveillance ecosystem, providing faster, broader situational awareness — a powerful complement to indicator-based systems.
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POCO F7 Official HyperOS 3.0.5 Update Review Cn Version, Super Doper Smooth
https://youtu.be/6KdpZzwJvMQ
https://youtu.be/6KdpZzwJvMQ
https://youtu.be/6KdpZzwJvMQ
Download Link
Link 1 , Link 2
How to install it
https://youtu.be/6KdpZzwJvMQ
https://youtu.be/6KdpZzwJvMQ
https://youtu.be/6KdpZzwJvMQ
Download Link
Link 1 , Link 2
How to install it
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