For The Ambitious

Something A BIT DIFFERENT
SOMETHING for the bold

Ventures & Investment

We partner with visionary founders building companies designed to redefine entire industries.

Forge Studio accelerates and invests in fastgrowth private businesses ready to scale, expand locally, and dominate globally.

From idea to IPO and beyond, we specialise in preseed to Series A/B investments and enterprise innovation programs that bring bold new products and services to market.

Our multidisciplinary team of consultants, strategists, designers, creatives, technologists, data scientists, business advisors, and capital experts work as one to create brands built for the experience era.

The outcome: market leadership and exceptional returns for founders, investors, and shareholders.

Early Venture Support

De-risk. Accelerate. Lead.

We help scale your venture through strategic creative, design, performance, and systems

We partner with businesses that pursue excellence and demand results. Every action is intentional. Every touchpoint is engineered to perform.

We ensure our partners dont just launch. They lead.

Discovery & Analysis

We dive deep into your needs, exploring ideas and defining strategies for long-term success.

class Sampling(layers.Layer):

    """Uses (mean, log_var) to sample z, the vector encoding a digit."""

 

    def call(self, inputs):

        mean, log_var = inputs

        batch = tf.shape(mean)[0]

        dim = tf.shape(mean)[1]

        return mean + tf.exp(0.5 * log_var) * epsilon

class Sampling(layers.Layer):

    """Uses (mean, log_var) to sample z, the vector encoding a digit."""

 

    def call(self, inputs):

        mean, log_var = inputs

        batch = tf.shape(mean)[0]

        dim = tf.shape(mean)[1]

        return mean + tf.exp(0.5 * log_var) * epsilon

class Sampling(layers.Layer):

    """Uses (mean, log_var) to sample z, the vector encoding a digit."""

 

    def call(self, inputs):

        mean, log_var = inputs

        batch = tf.shape(mean)[0]

        dim = tf.shape(mean)[1]

        return mean + tf.exp(0.5 * log_var) * epsilon

Custom Solution

Be it brand strategy or a software solution we craft for your goals and help deliver what you need to scale.

Security

Leads

Automation

Targeting

Status:

Updating:

Security

Leads

Automation

Targeting

Status:

Updating:

Security

Leads

Automation

Targeting

Status:

Updating:

Launch & Maintain

We deploy your solution seamlessly and ensure its continued performance with ongoing care.

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