C/M Augmented Reality

   

C/M Augmented Reality 

NICS CARS. UNLIMITED RANGE 

https://sydneysspacelive.blogspot.com/2025/09/s_21.html

https://sydneysspacelive.blogspot.com/2025/08/sbg-cig-sales-partners.html

CUSTOMIZATION OPTION

While model designs include a specific scale down or up we have an Augmented option with in customization for some models 

Utilizing Smart Glasses like Meta options for driving 

This changes the dash & physical internal feel only rather than a hybrid of if not just the tradtional 

Aftermarket Smart Glass worh app option the Tablet app connecting your Mobile Phone app integration 

Meta: Facebook 

https://sydneysspacelive.blogspot.com/2025/09/sbg-cig-meta-facebook-blogger.html

Retrofit Kits do mot profit yet Aftermarket Custom-Fab outfits do other vehicles while C/M may offer to with a partner interest to customize third party branded vehicles 

Unlimited Range achieved by C/M of CIG & partner brands mass scale adaptation globally 2026-2030 onward 

https://sydneysspacelive.blogspot.com/2025/08/mde-cm-2026-pricing.html

In Automotive & Marine your doing range extenders or unlimited & or unlimited capped metered as stated in H.I.3

Structure & 2025 Elections 

https://sydneysspacelive.blogspot.com/2025/06/cig-elections-july-2025.html

DEFINITION 

Like the CIG Virtual HQ turned establishing Universe with Earth mock experience integrating AI Generative Consciousness Augmented reality (AR) options enhance everyday experiencewhile allowing technologyto operate as an aid additive like virtual assistant & with planned robots connected 

Augmented reality (AR) enhances the real world by overlaying computer-generated information, like digital images and data, onto a user's view of their physical environment. Unlike virtual reality, AR maintains a connection to the real world, allowing for interactive experiences on devices such as smartphones, tablets, and smart glasses. This technology has applications in gaming, education, shopping, manufacturing, and healthcare, where it provides real-time, contextually relevant information and tools. 

How it works

• Capture: 
A camera-enabled device, such as a smartphone or smart glasses, captures the live video feed of the user's surroundings. 

• Process: 
Software identifies physical objects or the environment using sensors and computer vision to map the space. 

• Superimpose: 
Digital content, such as 3D models, text, or animations, is then rendered and superimposed onto the real-world view. 

• Interaction: 
Users can then interact with this blended reality through gestures, voice commands, or touchscreen input. 

Key Characteristics

• Real-World Integration: 
AR overlays digital information onto the actual environment, not creating a completely new virtual world. 

• Interactive Experience: 
Users can interact with both the real and digital components of the augmented environment. 

• Contextual Information: 
Digital content is presented in a way that is relevant to the user's immediate surroundings. 

Examples of Use

YouTube find. Reference 

https://youtu.be/woABWFPBu9M?si=s0p2QainSWRF93n4

• Gaming: 
Superimposing digital characters, like in Pokémon Go, onto a player's real-world view. 

• Shopping: 
Placing virtual furniture in a home to see how it fits or trying on digital makeup. 

• Manufacturing & Healthcare: 
Providing technicians with on-screen guides for equipment repair or allowing medical students to practice procedures in a simulated, yet real-world, context. 

• Education: 
Creating interactive learning environments and providing step-by-step instructions for tasks. 

AUTO TREND

Audi Augmented Reality

https://youtu.be/IOubL93zQHI?si=4RI3H2nX1TXkgYAm

Altimadim. Motive & operandi if. Covers. If any. Altered egos 

Extended accomplices to NB-OT Labs & expansion Labs versus those closer connected & difectly responsible operating voluntarily or involuntarily if not drafted 

You Police & Law-Courts are right there so suing those operating at or with the NB-OT Labs & expansion Labs because of could be void as you may ow damages to others you affected with directly or unintentionally yet you may take a slice based on liability between 2012-2025 or prior to

Dr Sydney Nicola Bennett like K.T & CIG know how to navigate the global legal & private landscape effectively against efforts taken against with no legal right

BYD not like Tesla. Massive growth 

https://carnewschina.com/2025/10/02/byd-completed-its-massive-fleet-now-able-to-export-1-million-cars-a-year-but-not-just-from-china/

CIG which has a small.fleet of Cargo & Private Jets then utilizes Charter & Commerical options with externals VS internals may follow suit with some Ocean vessels for different purpose creating "modern fast action" shipping efforts for 2028-2030 & onward through commission of

CIG vessels will utilizes the C/M Brand with signage & Dr Sydney Nicola Bennett 

Think: Zero Emissions fast sea cartage 

Think: Zero Emissions fast sea cartage just woth a luxury section & crew area with security & advanced security defence weapons. Intelligence Weapons + wBCI on board for piracy before capture & release to ground authorities. Detachable wBCI efforts & authority lab review 

https://sydneysspacelive.blogspot.com/2025/07/kt-intelligence-weapons-stockpiles.html

CIG International Structure. 2026-2030 & onward 

https://sydneysspacelive.blogspot.com/2025/08/sbg-cig-international-investment-group.html

A NEW INTERNATIONAL EFFORT

European International options connected to USA & Canada will see different equal or advancing technological effort equal at the Brics - Nato effort globally including Asian Partners on some products while BYD & C/M like Tesla become larger names in different areas of Energy including Automotive with Partner brands

The growing Shield Grid of CIG will see C/M as a focus point. You see C/M & The Shield you relate it to the Investment Group CIG 

CIG could buy-out some Tourism efforts & increase Film & Television then Commercial Marketing & Advertising for further public exposure 

FOLLOWING SUIT WITH BYD SEPARATE FROM

CIG will appoint US $10 Billion for 14-16 similar ships with partner interests to control international shipping lowering third party fee reliance 

In review for 2029 we can increase fleets & update Air-fleets then review mining & exploration with Shield grids

C/M Semi-truck & trailer efforts in fleets will include Retrofit Kits & Ground Up allowing Unlimited Range or Unlimited Metered Range

CIG PHYSICAL INFRASTRUCTURE

Internationally there exists physical & digital - physical infrastructure owned by CIG while connecting external interests may change over time including external investors

This extends to transportation & manufacturing then raw & repurposed material sourcing

Managed Wealth Breakdown

Internal & commodity then value based separate from In-House then external client portfolios includes apportioned infrastructure

Under US $12 Trillion of Wealth in Investments Managed connected to under US $32 Trillion while S.B.G & C/M of CIG are over $1.5 Trillion of within

Physical Infrastructure is worth under US $1.5 Trillion in total of 

VESSEL COSTS

The cost of BYD's cargo vessels varies by order, but in 2022, they ordered 8 'RoRo' (roll-on/roll-off) ships for approximately $689 million, according to Times of India. BYD is also building its own fleet of several vessels to save on shipping costs, according to YouTube.  

Cost of BYD Vessels

• 2022 Order: 
BYD ordered eight 'RoRo' cargo ships for approximately 5 billion Yuan (about $689 million). 

• Strategic Investment: 
BYD invested $687 million to build a fleet of seven ships to manage its growing global vehicle transport needs, reports Fast Company. 

Why BYD is Building its Own Fleet

• Cost Savings: 
Chartering a third-party vessel in 2024 cost over $150,000 per day, a price BYD seeks to avoid. 

• Reduced Expenses: 
BYD estimates its own fleet could drop per-vehicle shipping expenses by 30% to 40%, saving up to $1.4 billion annually. 

• Supply Chain Control: 
BYD aims to control its own logistics, reducing exposure to geopolitical tensions and supply chain disruptions. 


OPERATIONAL COSTS

There is no publicly available information detailing the specific operational costs for BYD's car-carrying vessels. However, analysts and reports have provided some market data and context on the factors that influence these expenses. 

Factors influencing BYD vessel operational costs

• Fuel source: BYD's largest vessels, including the BYD Shenzhen, are equipped with liquefied natural gas (LNG) dual-fuel power, which likely offers some fuel cost savings compared to traditional heavy fuel oil.

• Shipping costs volatility: Market rates for chartering car carriers are dynamic. In the last two years, an influx of newly built vessels has caused prices to fall, which means BYD must keep its ships relatively full to justify its large, fixed fleet expenses.

• Capacity utilization: To maximize efficiency and justify the investment, BYD must ensure high utilization of its vessels. This means maximizing the number of cars on each voyage.

• Economies of scale: BYD's fleet is an investment in its supply chain independence and global expansion. By owning and operating its own vessels, the company insources a function traditionally managed by third-party logistics firms. While this requires a massive upfront capital investment, it gives BYD greater control and resilience, potentially lowering its average cost per vehicle shipped.

• Operational advantages of Ro-Ro ships: As BYD primarily uses roll-on/roll-off (Ro-Ro) vessels, it benefits from the operational efficiencies of this ship type. Ro-Ro ships are up to 30% cheaper per unit to operate than shipping vehicles in containers. 

Investment and cost context

• Fleet investment: BYD has invested hundreds of millions of dollars to build its fleet. For example, the first four vessels alone were estimated to cost approximately $500 million.

• External vs. internal shipping costs: With falling market charter rates for external carriers, BYD must demonstrate the value of its internal fleet. An analyst estimated that daily charter rates for a car carrier could fall to around $30,000, creating an incentive for BYD to fill its own ships to maximum capacity. 

SHIELD DEVELOPMENT 

Shield Bank & Wealth Investment which will connect with externals connecting the CIG - Shield global network is under review offering options for different interests as our current options are becoming "outdated" while we roll in a new financial expansion & experience with user friendly structure for people to build & maintain

As per considerations within H.I.3 then others separate from 

Automotive like front with others 

https://cigyoutubesbg.blogspot.com/2025/10/m_3.html

No sneaky flower shop to mob outfit. Ah, haha!

Roger Ouellette & Tim Koslov. Succession & now the younger generation 

https://sydneysspacelive.blogspot.com/2025/03/roger-ouellete-tim-koslov-dr-sydney-n.html

SUBSTITUTE

An on-going substitution goal at CIG

For-Profit or broke then break even & advance on restructure & expenses 

BLOCKCHAIN

CIG utilizes a digital - physics Supercomputer Server effort with connected externals for items backed internally for external temporary expansion use

There is a blockchain integrated with a layered effect yet with AI Regenerative Consciousness the effort is far more advanced on internal & external data filtering while external AI is utilized with

CIG - AI does not use strict basic models & build on then retract or filter back like modern AI as it utilizes a data then generation of with conscious human like thought processing self-commands with barriers utilizing international law & language with ancient - vintage & modern effects in a basic & mid level or advanced effort creating connected super consciousness coming closer to the goal (a term fits here yet withheld)

A standard in AI is pushing for as Dr Sydney Nicola Bennett requested a PhD level assistant virtually & for physical robots 

DEFINITION 

Blockchain is a distributed digital ledger that securely and transparently records transactions across a network of computers. The data is stored in "blocks" that are chronologically linked together using cryptography, making it resistant to modification or tampering. Though best known for underpinning cryptocurrencies like Bitcoin, blockchain is applicable across many industries for tasks such as tracking assets and managing data. 
How blockchain technology works
A blockchain operates through a peer-to-peer network without the need for a central authority. 

• Transaction request: A participant initiates a transaction, which is then broadcast to the network. This transaction could be anything from a cryptocurrency transfer to a record of an asset movement.

• Verification: The network's computers, or "nodes," use a consensus mechanism to validate the transaction.

• Block creation: Once verified, the transaction is bundled with other recent, verified transactions into a new "block" of data.

• Cryptography: A unique cryptographic code, or "hash," is assigned to the new block. This hash includes the hash of the previous block, which links them together in an unbreakable chain.

• Addition to chain: The new block is added to the end of the chain, and a copy of the updated ledger is distributed to all nodes on the network, ensuring the record is transparent and tamper-proof. 

Key features of blockchain

• Decentralization: The network is spread across many computers (nodes), meaning no single entity has control. This eliminates the need for a central authority and reduces the risk of a single point of failure.

• Immutability: Once a transaction is recorded in a block and added to the chain, it cannot be altered or deleted. If a mistake is made, a new transaction must be created to reverse it, preserving a complete and transparent history.

• Enhanced security: The use of cryptography to link blocks makes it extremely difficult for a bad actor to tamper with a block without being detected by the rest of the network.

• Transparency: Because all network participants have access to a copy of the shared ledger, all transactions are visible, creating a single, reliable source of truth. 

Types of blockchain networks

• Public blockchains: Open to anyone to join and participate in, without restrictions. The Bitcoin and Ethereum networks are examples of public blockchains.

• Private blockchains: A private network governed by a single organization that controls who is allowed to participate and validate transactions.

• Consortium blockchains: A semi-private network governed by a group of multiple organizations. They are often used for collaborations where multiple parties need to share data.

• Hybrid blockchains: Combine elements of both public and private blockchains, giving users control over who can access and participate in certain transactions. 

Applications of blockchain technology
While its most famous application is cryptocurrency, blockchain is being used or explored across many sectors. 

• Financial services: For fast, low-cost cross-border payments, auditing, and secure record-keeping.

• Supply chain management: To track goods from origin to destination, ensuring transparency and authenticity. Walmart, for instance, has used it to track food origins.

• Healthcare: To secure and manage electronic health records, ensuring that patient data is confidential and tamper-proof.

• Digital identity: To create secure, digital IDs that can give individuals more control over their personal data.

• Real estate: To streamline property transactions, verify ownership, and reduce the need for extensive paperwork.

• Voting: To create a secure and transparent voting system that is resistant to fraud. 

Benefits and drawbacks

Benefits

• Trust: The transparent and immutable nature of the ledger eliminates the need to trust a third-party intermediary.

• Efficiency: Streamlines processes by removing the need for manual checks and reconciliation between different parties.

• Cost reduction: Eliminates the fees and operational costs associated with third-party intermediaries.

• Security: The decentralized and cryptographic design makes the network highly resistant to fraud and tampering. 

Drawbacks

• Scalability: Some blockchains, particularly public ones like Bitcoin, can process a limited number of transactions per second, leading to slow processing times and high transaction fees.

• Energy consumption: The consensus mechanism used by some blockchains, like proof-of-work, requires enormous amounts of computational power and energy.

• Regulatory uncertainty: The technology is still relatively new, and regulations vary across different jurisdictions, creating potential compliance challenges for businesses.

• Privacy concerns: While public blockchains are transparent, the visibility of all transactions raises questions about the privacy of user data, though private and hybrid versions offer more control. 

YOTA - PETA + SUPER DATA CENTERS

Tradtional modern centres (centers) require filtered water in & out which then required excessive Energy consumption to balance with a break even profit model justifying

CIG is utilizing Energy designs by Dr Sydney Nicola Bennett under M.D.E with C/M voiding high Energy reliance & focusing on Zero Emissions a recirculatory effort with filtered water creating a contained system with minimal or under 5-10% external Energy reliance lowering expenses for protected & monitored digital infrastructure

10 Year Warranty 

https://postseptember2025.blogspot.com/2025/10/cig-offline-online-presence.html

The Year 2090

https://cigyoutubesbg.blogspot.com/2025/10/earnings-of-dr-sydney-n-bennett-savings.html

S.B.G & CIG